#! /usr/bin/env python 2.6 (62161)
# coding=utf-8
# Compiled at: 2015-04-01 08:00:59
# Powered by BugScaner

__all__ = ['createStabilizedView', 'createCornerPin', 'createTracker3Node', 'createTracker4Node',
           'createRotoPaintNodeMI', 'createRotoNodeMI', 'createGridWarpNodeMI', 'createSplineWarpNodeMI',
           'createTransformNodeMI', 'createCameraAndPointCloud', 'createCameraRig', 'setUseGizmos',
           'applyMochaDataToNode']
import nuke as b
import re
import pprint


def Q(eF):
    return map(lambda (ac, aJ): b.AnimationKey(ac, aJ), eF)


def dg(d, eG, eH, eI, eJ):
    bu(d, eG, 0)
    bu(d, eH, 1)
    bu(d, eI, 2)
    bu(d, eJ, 3)


def bu(d, knob, Y):
    knob.setAnimated()
    eK = Q(d.getPointValues(Y, 'x'))
    eL = Q(d.getPointValues(Y, 'y'))
    knob.animation(0).clear()
    knob.animation(1).clear()
    knob.animation(0).addKey(eK)
    knob.animation(1).addKey(eL)


def bv(Z, name, aK):
    dh = b.XY_Knob(name, aK)
    Z.addKnob(dh)
    dh.setTooltip('corner pin tracking data')


def eM(Z):
    cf = b.PyScript_Knob('loadTrackingDataFromFile', 'load tracking data from file')
    cf.setTooltip('import mocha corner pin data from a file\n\nrequired format: Nuke Corner Pin (*.nk)')
    cf.setCommand('import cornerPinData\ncornerPinData___loadCornerPinDataFromFile(nuke.thisNode() )')
    Z.addKnob(cf)
    Z.addKnob(b.Text_Knob('divName', '', ''))
    bv(Z, 'pin1', 'pin 1')
    bv(Z, 'pin2', 'pin 2')
    bv(Z, 'pin3', 'pin 3')
    bv(Z, 'pin4', 'pin 4')
    di = b.Array_Knob('pinTimeOffset', 'Corner Pin Time Offset')
    di.setTooltip('shift your tracking data if it does not start at the first frame')
    Z.addKnob(di)


def eN(i, ai):
    aj(i, ai, 'filter', False)
    aj(i, ai, 'clamp', False)
    aj(i, ai, 'black_outside', False)
    aj(i, ai, 'motionblur', True)
    aj(i, ai, 'shutter', True)
    aj(i, ai, 'shutteroffset', True)
    aj(i, ai, 'shuttercustomoffset', False).setLabel('')


def aj(eO, eP, dj, eQ):
    knob = b.Link_Knob(dj)
    knob.makeLink(eO.name(), dj)
    if eQ:
        knob.setFlag(b.STARTLINE)
    else:
        knob.clearFlag(b.STARTLINE)
    eP.addKnob(knob)
    return knob


import nuke as b
# from PySide import QtGui as l
from Qt import QtWidgets as l
from tempfile import mkstemp as hg
import os as al
import stat as dl
from subprocess import Popen, PIPE as fa
from platform import system as bw, architecture as eW
import re


class cg(Exception):
    pass


class eR(object):
    def __init__(a, qqewrtz, qqrrtet):
        a.qqewrtz = qqewrtz
        a.qqrrtet = qqrrtet
        a.qqgerter = a.ertuze()
        a.qqjztzt = a.hrrwre()

    def sddfg(a):
        ad = a.qqgerter.execute([a.qqewrtz, '-'])
        ak = ad[0]
        ae = ad[1]
        if ak != '' or ae != '':
            raise cg('could not remove license' + str(ak) + str(ae))

    def zzdfger(a, ch):
        eS = re.compile('^[A-Z]{2}[A-Z0-9]{30}$')
        s = eS.match(ch) != None
        return s

    def ddsjz(a, ch):
        eT = ch.strip()
        ad = a.qqgerter.execute([a.qqewrtz, eT])
        ak = ad[0]
        ae = ad[1]
        if ae != '':
            raise cg('could not install license' + str(ak) + str(ae))

    def fggtzh(a):
        h = a.ertzz()
        return h['status'] == 'valid'

    def hf(a):
        h = a.ertzz()
        return h['status'] == 'valid' and h['license type'] == 'BTA'

    def ertzz(a):
        ad = a.qqjztzt.execute([a.qqewrtz, a.qqrrtet])
        ak = ad[0]
        ae = ad[1]
        if ae != '':
            raise cg('could not validate license' + str(ak) + str(ae))
        h = a.tetz(ak)
        return h

    def tetz(a, data):
        eU = re.compile(
            "^status:\\s*([^\\r\\n]*)\\s*first name:\\s*'(.*)'\\s*last name:\\s*'(.*)'\\s*number of user licenses:\\s*(\\d*)\\s*license type:\\s*'(.*)'\\s*pluginID")
        ar = eU.match(data)
        if ar == None:
            raise Exception('invalid licensing info')
        h = {'status': ar.group(1), 'first name': ar.group(2), 'last name': ar.group(3),
             'number of user licenses': ar.group(4), 'license type': ar.group(5)}
        return h

    def hrrwre(a):
        if a.__isMacOs():
            R = at(
                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')
            return R
        if a.__isWindows():
            R = at(
                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            return R
        if a.__isLinux64():
            R = at(
                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            return R
        raise Exception('unsupported operating system:' + bw())

    def ertuze(a):
        if a.__isMacOs():
            R = at(
                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')
            return R
        if a.__isWindows():
            R = at(
                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xi0YQi00IVzvBcwtoaGJAAP8VYGBAAIt9DCvBO8dzAov4hf90UYtWFFOD+hByBIse6wKL3oP6EHIEixbrAovWK8cD2VAD3wPRU1L/FeBhQACLRhCDxAwrx4N+FBCJRhBbcg6LDsYEAQBfi8ZeXcIIAIvOxgQBAF+Lxl5dwggAzMzMzMzMzMzMzMzMVYvsi00Ig+wMM8CFyXQ7g/n/dw1R6KQrAACDxASFwHUpjUUIUI1N9MdFCAAAAAD/FfBhQABoKGpAAI1N9FHHRfRQYkAA6FwrAACL5V3CBABVi+yLRQwPvk0IUFH/FbxhQAAz0oPECIP4/w+VwF3DzItBVIXAdAhQ/xUoYUAAWcOLQVSFwHQIUP8VLGFAAFnDVovxi0YgiwiFyXQSi1YwixKLwQPQO8JzBQ+2AV7DiwaLUBxXi87/0ov4g///dQVfC8Bew4sGi1AQV4vO/9KLx19ew8zMzMzMzMzMzMzMzMxWi/GDflQAdCSLBotQDGr//9KD+P90FotGVFD/FTBhQACDxASFwHkFg8j/XsMzwF7DzMzMzMzMzMzMzMzMzMzMi1EQVosyjUFIO/B0EolxPItxMIs2V4t5IAM3X4lxQIkCi1EgiQKL0SvQi0Ewg8JJiRBew8zMzMzMzMzMzMzMzFWL7FOLXQhWi/GLRiCLAIXAdC2LThA5AXMmg/v/dAgPtlD/O9N1GYtGMP8Ai3Yg/w6NQwH32BvAXiPDW13CBACLRlSFwHQ5g/v/dDSDfkQAdRNQD7bDUP8VJGFAAIPECIP4/3UTi04gjUZIOQF0EYvOiBjoSP///16Lw1tdwgQAXoPI/1tdwgQAzMzMzMzMzFWL7FaL8YtOVFeFyXR0i1UIi30MhdJ1DovHC0UQdQe4BAAAAOsCM8BXUFJR/xU0YUAAg8QQhcB1SYt+VIvOxkZQAYhGSf8VVGBAAIX/dBiNRwiJRhCJRhSNRwSJfiCJfiSJRjCJRjSJflSLDQiTQABfiU5Mx0ZEAAAAAIvGXl3CDABfM8BeXcIMAMzMzMzMzFWL7ItFCFZXUIvx6OD3//+L+IPEBIvP/xVYYEAAhMB0DV/HRkQAAAAAXl3CBACLzol+RP8VVGBAAF9eXcIEAMxVi+xq/2jITUAAZKEAAAAAUFNWV6HokkAAM8VQjUX0ZKMAAAAAi/Ez2zleVA+FwgAAAItFEItNDItVCFBRUv8VsGBAAIv4g8QMO/sPhKMAAACLzsZGUAGIXkn/FVRgQACNTwSJTjCJTjSNRwiNTRCJRhCJRhSJfiCJfiSJflShCJNAAFGLzolGTIleRP8VrGBAAFCJXfzoFff//4v4g8QEi8//FVhgQACEwHQFiV5E6wuLzol+RP8VVGBAAItNEMdF/P////87y3QU/xVMYEAAO8N0CosQi8iLAmoB/9CLxotN9GSJDQAAAABZX15bi+VdwgwAM8CLTfRkiQ0AAAAAWV9eW4vlXcIMAMzMzMzMzFWL7Gr/aPBNQABkoQAAAABQg+wcU1ZXoeiSQAAzxVCNRfRkowAAAACJZfCL+Yl97ItFCIvwg84Pg/7+dgSL8Osni18UuKuqqqr35ovL0enR6jvKdhO4/v///yvBjTQZO9h2Bb7+////M8CNTgGJRfw7yHYSg/n/dxJR6G8nAACDxASFwHQFiUUI61KNTehRjU3Yx0XoAAAAAP8V8GFAAGgoakAAjVXYUsdF2FBiQADoIicAAItFCItN7IlF5ECJZfBQg8EYxkX8Auhi+///iUUIuNcfQADDi33si3Xki10Mhdt0GoN/FBByBIsH6wKLx1NQi0UIUOjJJgAAg8QMg38UEHILiw9R6LImAACDxASLRQjGBwCJB4l3FIlfEIP+EHICi/jGBB8Ai030ZIkNAAAAAFlfXluL5V3CCACLdeyDfhQQcguLFlLocSYAAIPEBGoAx0YUDwAAAMdGEAAAAABqAMYGAOhsJgAAzMzMzMzMVovxg34UEHILiwZQ6D0mAACDxATHRhQPAAAAx0YQAAAAAMYGAF7DzMzMzMzMzMzMVYvsg+wIU1aL8fZGQAhXdCCLfiSLF4XSdBeLTjw70XMQi0Y0iwADwokPK8GLTjSJAYtdCIP7/3ULX14zwFuL5V3CBACLRiSLCIXJdCKLVjSLEovBA9A7wnMVi87/FbhgQABfiBhei8Nbi+VdwgQA9kZAAnQMX16DyP9bi+VdwgQAhcl1BDPb6wyLRjSLVhCLGCsaA9mLw9Hog/ggcwe4IAAAAOsLhcB0zI2kJAAAAAC5////fyvIO8tzBNHodfGFwHSyA8NQjU5EiUX86L/5//+LVhCLEov4iVX4hdt0ElNSV+g9JQAAi1X4g8QMhdt1RYtGFIl+PIk4i04kiTmLRjSLTfyJCPZGQAR0FYtGEIk4i04gxwEAAAAAi0YwiTjreotOEIk5i0YgiTiLTjDHAQEAAADrZYtOJIvHK8IBRjyLAYtOFIvfK8Ir2gEZi04kA8eJAYvPK8gDTfyLRjSJCPZGQAR0FYtOEIk5i0YgxwAAAAAAi04wiTnrIItGJIsIi0YgiwCLXhArwgPHiTuLfiAryIkHi0YwQYkI9kZAAXQJUuh3JAAAg8QEg05AAYvO/xW4YEAAi00IX16ICIvBW4vlXcIEAMzMzMzMzMzMzMxVi+xTi10IVovxg/v+dgtoWGJAAP8VXGBAAItGFDvDcxiLRhBQU+hl/P//M8k7yxvAXvfYW13CCACAfQwAdE6D+xBzSVeLfhA733MCi/uD+BByHYsehf90C1dTVujzIwAAg8QMU+jkIwAAi10Ig8QEiX4Qx0YUDwAAADPJxgQ3ADvLXxvAXvfYW13CCACF23UNiV4Qg/gQcgKLNsYGADPJO8sbwF732FtdwggAzMzMzFWL7Gr/aBxOQABkoQAAAABQUVZXoeiSQAAzxVCNRfRkowAAAACLAY1xYItIBIl18MdEMaAUY0AAjU64x0X8AAAAAMdGuJRiQADoYvH//41OuP8VfGBAAI1OuMdF/P//////FbRgQACLFcRgQACJFqHAYEAAVokG/xW8YEAAg8QEi030ZIkNAAAAAFlfXovlXcPMzMzMzMzMzMzMzMzMzMxVi+xWjXGgi87oUv////ZFCAF0CVbo5CIAAIPEBIvGXl3CBADMzMzMzMzMzMzMzMxVi+xTi10IVovxi0YQg8n/K8g7y3cLaFhiQAD/FVxgQACF23R9V408GIP//nYLaFhiQAD/FVxgQACLThQ7z3M1UFeLzujH+v//hf90VItVDItGEFJTUIvO6BPx//+DfhQQiX4QcjWLBsYEOABfi8ZeW13CCACF/3XUiX4Qg/kQcg6LBl/GAACLxl5bXcIIAF+Lxl7GAABbXcIIAIvGxgQ4AF+Lxl5bXcIIAMzMzMzMzFWL7FOLXQxWi/GLTQhXi3kQO/tzC2hoYkAA/xVgYEAAi0UQK/s7x3MCi/g78XUfav8D+1eLzujF9f//U2oAi87ou/X//1+Lxl5bXcIMAIP//nYLaFhiQAD/FVxgQACLRhQ7x3Moi0YQUFeLzujv+f//i00Ihf90aLgQAAAAOUEUcgKLCTlGFHIqiwbrKIX/deeJfhCD+BByDosGX8YAAIvGXltdwgwAX4vGXsYAAFtdwgwAi8ZXA8tRUOhlIQAAg8QMg34UEIl+EHIPiwbGBDgAX4vGXltdwgwAi8bGBDgAX4vGXltdwgwAzMzMzMzMzFWL7FOLXQhWi/GF23RZi04Ug/kQcgSLBusCi8Y72HJHg/kQcgSLBusCi8aLVhAD0DvTdjOD+RByF4sGi00MUSvYU1aLzujG/v//XltdwggAi00Mi8ZRK9hTVovO6K/+//9eW13CCABXi30Mg//+dgtoWGJAAP8VXGBAAItGFDvHcxqLVhBSV4vO6OL4//+F/3Rbg34UEHIqiwbrKIX/dfKJfhCD+BByDosGX8YAAIvGXltdwggAX4vGXsYAAFtdwggAi8ZXU1DoaCAAAIPEDIN+FBCJfhByD4sGxgQ4AF+Lxl5bXcIIAIvGxgQ4AF+Lxl5bXcIIAMzMzMzMzMzMzMxVi+yLVQiLQhBTVovxi00MO8FzC2hoYkAA/xVgYEAAi10QK8E7w3MCi9iLRhCDyf8ryDvLdwtoWGJAAP8VXGBAAIXbD4SeAAAAV408GIP//nYLaFhiQAD/FVxgQACLThQ7z3MeUFeLzugD+P//i1UIhf90crgQAAAAOUIUciqLCusohf917ol+EIP5EHIOiwZfxgAAi8ZeW13CDABfi8ZexgAAW13CDACLyjlGFHIEiwbrAovGA00MU1GLThADyFHobx8AAIPEDIN+FBCJfhByD4sGxgQ4AF+Lxl5bXcIMAIvGxgQ4AF+Lxl5bXcIMAMxVi+yLVQhWV4vxhdJ0WYtOFIP5EHIEiwbrAovGO9ByR4P5EHIEiwbrAovGi34QA/g7+nYzg/kQcheLBotNDFEr0FJWi87oxv7//19eXcIIAItNDIvGUSvQUlaLzuiv/v//X15dwggAi0YQg8n/U4tdDCvIO8t3C2hYYkAA/xVcYEAAhdsPhIoAAACNPBiD//52C2hYYkAA/xVcYEAAi04UO89zGlBXi87o0/b//4tVCIX/dGCDfhQQciqLBusohf918ol+EIP5EHIOiwZbxgAAX4vGXl3CCABbi8ZfxgAAXl3CCACLxlNSi1YQA9BS6FEeAACDxAyDfhQQiX4Qcg+LBlvGBDgAX4vGXl3CCACLxsYEOABbX4vGXl3CCADMzMxVi+xq/2hITkAAZKEAAAAAUIPsLKHokkAAM8WJRfBTVldQjUX0ZKMAAAAAi/GLRiCLADP/O8d0JotOIIsBi1YwiwoDyDvBcxaLwv8Ii3YgiwaNUAGJFg+2AOk0AQAAOX5UD4QoAQAAi0YQiwCNTkg7wXURi0ZAi1Y8UFBSi87/FdRgQAA5fkR1Hot2VFb/FcBhQACDxASD+P8PhPAAAAAPtsDp6wAAAMdF6A8AAACJfeTGRdQAi0ZUix3AYUAAUIl9/P/Tg8QEg/j/D4S3AAAAjX5MUGoBjU3U6HL6//+LVeiLRdSLyIP6EHMFjU3Ui8EDTeSNVchSjVXUUo1V01KNVcxSUYtORFBX/xXQYEAAhcB4dIP4AX45g/gDdWqDfeQBclKDfegQi0XUcwONRdRqAVCNRdNqAVD/FThhQAAPtnXTg8QQjU3U6IP2//+LxutBjUXTOUXIdVWDfegQi0XUcwONRdSLTcwryFFqAI1N1OiL8P//i1ZUUv/Tg8QEg/j/D4VM////jU3U6EH2//+DyP+LTfRkiQ0AAAAAWV9eW4tN8DPN6HoZAACL5V3Dg33oEIt91HMDjX3UK33MA33khf9+HYsdJGFAAItVzItOVA++RBf/T1FQ/9ODxAiF/3/pD7Z1041N1Ojj9f//i8broczMzMzMzMzMzMzMzMzMzFWL7Gr/aHhOQABkoQAAAABQg+wkoeiSQAAzxYlF8FNWV1CNRfRkowAAAACL+YN/RAAPhPAAAACAf0kAD4TmAAAAiweLUAxq///Sg/j/D4TIAAAAuQ8AAAAzwMZF1ACJTeiJRdSJRdjHReQIAAAAg/kQcwONRdTGQAgAx0X8AAAAAI1fTItF1ItV6IvIg/oQcwWNTdSLwQNN5I1V0FJRi09EUFP/FdhgQACD6AB0DUh0DoPoAo1N1HVd62fGR0kAi1Xoi0XUi8iD+hBzA41N1It10CvxdCOD+hBzA41F1ItPVFFWagFQ/xU8YUAAg8QQO/B1IItV6ItF1IB/SQB0IIX2dYdWagiNTdToQvj//+lx////jU3U6LX0//8ywOsKjU3U6Kn0//+wAYtN9GSJDQAAAABZX15bi03wM83o4xcAAIvlXcPMzMzMzMzMzMzMzFWL7Gr/aKBOQABkoQAAAABQg+wIU1ZXoeiSQAAzxVCNRfRkowAAAACJZfCL8Yl17ItFDCtFCIt+EDv4dyQ5RhR0H2oBUOg29v//hMB0E4N+FBCJfhByBIsG6wKLxsYEOACLRQjHRfwAAAAA6wONSQA7RQx0RA+2AFBqAYvO6H73//+LRQhAiUUI6+WLdeyDfhQQcguLDlHoMhoAAIPEBGoAx0YUDwAAAMdGEAAAAABqAMYGAOgtGgAAi030ZIkNAAAAAFlfXluL5V3CDADMzMxVi+xq/2hITkAAZKEAAAAAUIPsLKHokkAAM8WJRfBTVldQjUX0ZKMAAAAAi10Ii/mD+/91BzPA6ZoBAACLRySLCIXJdCCLRzSLEAPRO8pzFf8Ii38kiweNSAGJD4gYi8PpcQEAAIN/VAAPhGQBAACLVxCNT0g5CnURi0dAi1c8UFBSi8//FdRgQACDf0QAdSGLf1QPvsNXUP8VvGFAAIPECIP4/w+EKQEAAIvD6SUBAAC5DwAAADPAxkXUAIhd0IlN6IlF1IlF2MdF5AgAAACD+RBzA41F1MZACADHRfwAAAAAjV9Mi0XUi1Xoi8iD+hBzBY1N1IvBA03kjVXMUlFQjUXIUI1N0VGLT0SNVdBSU/8V3GBAAIXAD4itAAAAg/gBf2SLVeiLRdSLyIP6EHMDjU3Ui3XMK/F0I4P6EHMDjUXUi09UUVZqAVD/FTxhQACDxBA78HV0i1Xoi0XUjU3QxkdJATlNyHVVhfYPhXr///+DfeQgjU3Uc1RWagjorvX//+le////g/gDdT+LV1SLRdBSUOgn7f//g8QIhMB0D4t1CI1N1OgF8v//i8brJ41N1IPO/+j28f//i8brGI1N1Ojq8f//i0UI6wuNTdTo3fH//4PI/4tN9GSJDQAAAABZX15bi03wM83oFhUAAIvlXcIEAMzMzMzMzMzMzMzMzFWL7FNWi/GLTiCNRkhXOQF1GoN9FAF1FIN+RAB1DotdDIt9EIPD/4PX/+sGi30Qi10Mg35UAA+EigAAAIvO6J37//+EwHR/i9ML13UGg30UAXQXi0UUi05UUFdTUf8VRGFAAIPEEIXAdVyLRlSNVQxSUP8VQGFAAIPECIXAdUeLThCNRkg5AXUUi1Y8i0ZAiRGLTiCJAYtWMCvAiQKLRQiLTQyLVRBfiUgIi05MXscAAAAAAMdABAAAAACJUAyJSBBbXcIUAIsNpGBAAItFCIsRi0kEX4lIBDPJXokQiUgIiUgMiUgQW13CFADMzMzMzFWL7IPsCItFFFOLXRBWi/GLTRgz0leLfQyJRfiJTfw5VlQPhIoAAACLzujB+v//hMB0fYtGVI1V+FJQ/xVIYUAAg8QIhcB1aIvPC8t0FYtWVGoBU1dS/xVEYUAAg8QQhcB1TYtOVI1F+FBR/xVAYUAAg8QIhcB1OItVHIvOiVZM6Pvk//+LRQiLTfiLVfxfiUgIi05MXscAAAAAAMdABAAAAACJSBCJUAxbi+VdwiAAM9KLRQiLDaRgQACLMYtJBF+JMF6JSASJUAiJUBCJUAxbi+VdwiAAzMzMzMzMzMzMVYvsVleLfQiL8Tv3dGGDfhQQcguLBlDoEhYAAIPEBMdGFA8AAADHRhAAAAAAxgYAg38UEHMSi08QQVFXVv8V4GFAAIPEDOsKixeJFscHAAAAAItHEIlGEItPFIlOFMdHFA8AAADHRxAAAAAAxgcAX4vGXl3CBADMzMzMzMzMzMxTVovxM9tXi/45XlR0HOh9+f//hMB1AjP/i0ZUUP8VTGFAAIPEBIXAdAIz/4vOiF5QiF5J/xVUYEAAiV5Uiw0Ik0AAi8dfiV5EiU5MXlvDzFWL7Gr/aFlPQABkoQAAAABQUVah6JJAADPFUI1F9GSjAAAAAIvxiXXwxwbUYkAAg35UAMdF/AAAAAB0HotOEI1WSDkRdRSLVjyLRkCJEYtOIIkBi1YwK8CJAoB+UAB0B4vO6En///+LzsdF/P//////FXxgQACLTfRkiQ0AAAAAWV6L5V3DzMzMzMzMzMzMzFWL7Gr/aP1OQABkoQAAAABQg+wIVleh6JJAADPFUI1F9GSjAAAAAIv5iX3sM8CJRfA5RRR0IscHKGNAAIsNwGBAAIlPYIsVxGBAAIlXYIlF/MdF8AEAAABQUI13BFaLz/8V5GBAAIsHi0gExwQPJGNAAIvOx0X8AQAAAIl1FP8VqGBAADLAi87GRfwCxwbUYkAAiEZQiEZJ/xVUYEAAx0ZUAAAAAIsVCJNAAIlWTMdGRAAAAACLRRCLTQyLVQhQg8kCUVKLzsZF/APoMev//4XAdRBQiweLSARqAgPP/xUUYUAAi8eLTfRkiQ0AAAAAWV9ei+VdwhAAzMzMzMzMzMxVi+xq/2g1T0AAZKEAAAAAUIPsCFZXoeiSQAAzxVCNRfRkowAAAACL+Yl98ItHoItIBMdEOaAkY0AAjXekx0X8AAAAAIl17McG1GJAAIN+VADGRfwBdB6LThCNVkg5EXUUi1Y8i0ZAiRGLTiCJAYtWMCvAiQKAflAAdAeLzuie/f//i87GRfwA/xV8YEAAi0egi0gEixXoYEAAiVQ5oItN9GSJDQAAAABZX16L5V3DzFWL7Gr/aFlPQABkoQAAAABQUVah6JJAADPFUI1F9GSjAAAAAIvxiXXwxwbUYkAAg35UAMdF/AAAAAB0HotOEI1WSDkRdRSLVjyLRkCJEYtOIIkBi1YwK8CJAoB+UAB0B4vO6An9//+LzsdF/P//////FXxgQAD2RQgBdAlW6JwSAACDxASLxotN9GSJDQAAAABZXovlXcIEAMzMzMzMzMxVi+xq/2iYT0AAZKEAAAAAUIPsQKHokkAAM8WJRfBTVldQjUX0ZKMAAAAAi1FAi3UIM9uJXbT2wgJ1U4tBJDkYdEyLAItRPDvQcgKLwotJFIsJK8FQUb8PAAAAjU3UiX3oiV3kiF3U6OTw//+JXfyNVdSJfhSJXhBSi86IHujO+///g33oEHJ7i0XUUOtt9sIEdTaLUSA5GnQvi0EwiwADAotJEIsJK8FQUb8PAAAAjU3UiX3oiV3kiF3U6JDw///HRfwBAAAA66a/DwAAAIl9zIldyIhduI1NuFGJfhSJXhCLzsdF/AIAAACIHuhf+///g33MEHIMi1W4Uuh+EQAAg8QEi8aLTfRkiQ0AAAAAWV9eW4tN8DPN6GcOAACL5V3CBADMzMzMzMzMzMzMzMzMVYvsav9o6U9AAGShAAAAAFCB7GAEAACh6JJAADPFiUXsU1ZXUI1F9GSjAAAAAIll8ItNKImNlPv//zPbU2hKY0AAiV386Nbv//++DwAAAIm15Pv//4md4Pv//4id0Pv//4tNHItFCL8QAAAAxkX8AjvPcwONRQgDRRg7z4tNCHMDjU0Ii5WU+///UlBRjY20+///ibXI+///iZ3E+///iJ20+///6Nb1///GRfwDOF0kdA2Nhez7//9QU1NqI+sLjY3s+///UVNTahpT/xUAYkAAjYXs+///ibWs+///iZ2o+///iJ2Y+///jVABjUkAighAOst1+SvCUI2V7Pv//1KNjZj7///oFO///42FmPv//1CNjdD7///GRfwE6P75///GRfwDOb2s+///cg+LjZj7//9R6BQQAACDxARqAWhIY0AAjY3Q+///6MHw//+LhdD7//85veT7//9zBo2F0Pv//4s1UGFAAFD/1oPEBGoCaERjQACNjdD7///oj/D//2oCaEBjQACNjdD7///offD//2oCaDxjQACNjdD7///oa/D//2oDaDhjQACNjdD7///oWfD//2oBaEhjQACNjdD7///oR/D//4uF0Pv//zm95Pv//3MGjYXQ+///UP/Wg8QEav9TjZW0+///Uo2N0Pv//+go7///agFoSGNAAI2N0Pv//+gG8P//i4XQ+///Ob3k+///cwaNhdD7//9Q/9aDxARq/1ONhbT7//9QjY3Q+///6Ofu//9qBGgwY0AAjY3Q+///6MXv//85vcj7//9yD4uNtPv//1Ho7w4AAIPEBIuNlPv//2r/U42V0Pv//1LHRfwBAAAA6LLs//85veT7//9yD4uF0Pv//1DovA4AAIPEBMeF5Pv//w8AAACJneD7//+IndD7//85fRxyDItNCFHolQ4AAIPEBLAB6xu4NjhAAMONjdD7///oL+j//41NCOgn6P//MsCLTfRkiQ0AAAAAWV9eW4tN7DPN6GELAACL5V3DzMzMzMzMzMzMVo1xYIvO6HX6//+hxGBAAIkGiw3AYEAAVokO/xW8YEAAg8QEXsPMzMzMzMzMzMzMVYvsUVaLdQhWg8EYx0X8AAAAAOiI+///i8Zei+VdwgQAzMzMzMzMzMzMzMzMzMzMVYvsVleNeaCNd2CLzugO+v//ocRgQACJBosNwGBAAFaJDv8VvGBAAIPEBPZFCAF0CVfotw0AAIPEBIvHX15dwgQAzMzMzMzMzMzMzMzMzMxVi+xq/2iLUEAAZKEAAAAAUIHsxAAAAFNWV6HokkAAM8VQjUX0ZKMAAAAAM9uJXeyhxGBAAMeFRP///yhjQADHhVT///8YY0AAiUWkU42NXP///1G+AgAAAI2NRP///8dF/AEAAACJdez/FcxgQACLlUT///+LQgSNjVz///+JdfzHhAVE////FGNAAP8VqGBAAMeFXP///5RiQACJXZiJXZyLRQzHRfwEAAAAOVgQdnvrAovBg3gUEHIHiwiJTfDrA4lF8GoAjZU0////agJS/xX0YEAAg8QMaGAUQACNjVT///+L+P8V7GBAAIvwhfZ0B4sGi0AEA8aLTwyLVwhRUlCLB//Qiw6LQQSLVfDGRDBAMA+2BBqDxAxQi87/FfBgQACLTQxDOVkQd4eLdQhWjY1E////6EX+//+LhUT///+LSASNVaTHRewDAAAAiVUMx4QNRP///xRjQAC7BQAAAI2VXP///4ld/IlV8MeFXP///5RiQAD2RZwBxkX8BnQRi4Vs////iwBQ6A8MAACDxARqAGoAagCNjVz/////FdRgQACLjXD////HAQAAAACLVYDHAgAAAACLRZDHAAAAAACDZZz+jY1c////x0WYAAAAAIhd/P8VfGBAAI2NXP///8ZF/AD/FbRgQACNTaT/FchgQACLxotN9GSJDQAAAABZX15bi+Vdw8zMzMzMzMxVi+xq/2gdUUAAZKEAAAAAUIHslAEAAKHokkAAM8WJRexTVldQjUX0ZKMAAAAAiWXwi0UIi30MiYUQ////jVABighAhMl1+SvCdQiDyP/pbQYAAI2FbP///1Do8dj//4PEBLkPAAAAM/aJjUj///+JtUT////GhTT///8Ai4UQ////ilABihiJdfyIlRf///+JjWT///+JtWD////GhVD///8AxkX8AesHjaQkAAAAAGoBaExjQACNjVD////ojuv//4O9ZP///xCLhVD///9zBo2FUP///4qMNWz///+IDDBGg/48csmLx41QAY1kJACKCECEyXX5K8JQV42NUP///+hK6///M8k5jWD///92QA+2tRf////rB42kJAAAAACDvWT///8Qi4VQ////cwaNhVD///8wHAgPtsMPr8CNREAKmff+QYraO41g////ctCNlVD///9SjYUY////UOiN/P//g8QIi/CNjVD///87znR3g71k////EHIPi5VQ////UugHCgAAg8QEM/+7DwAAAImdZP///4m9YP///8aFUP///wCDfhQQcxiLRhBAUI2FUP///1ZQ/xXgYUAAg8QM6wqLDomNUP///4k+i1YQiZVg////i0YUiYVk////iV4UiX4QxgYA6we7DwAAADP/g70s////EHIPi40Y////UeiJCQAAg8QEjZU0////UleD7ByLzIlZFIudEP///4vDiXkQxkX8A4mlDP///8YBAI1wAYoQQITSdfkrxlBT6B3o///o+Pf//4uFNP///74QAAAAg8QkObVI////cwaNhTT///9qAWpAaiJQjY1g/v//6Er0///GRfwEOb24/v//D4SoAAAAi4VQ////ObVk////cwaNhVD///+LjWD///9XUVCNjWD+////FfhgQACNtWT+//85vbj+//90IYvO6Kzs//+EwHUCM/aLlbj+//9S/xVMYUAAg8QEhcB0AjP2jY1k/v//xoW0/v//AMaFrf7//wD/FVRgQAChCJNAAIm9uP7//4mFsP7//4m9qP7//zv3dRmLjWD+//+LSQRXagKNjA1g/v///xUUYUAAi4Vg/v//i0gEjZXA/v//iZUM////x4QNYP7//yRjQACNlWT+//+JlQj////HhWT+///UYkAAxkX8Bjm9uP7//3Qti4V0/v//iwCNjaz+//87wXUbi4Wk/v//i5Wg/v//UFBSjY1k/v///xXUYEAAgL20/v//AHRVOb24/v//dBuNjWT+///ot+v//4uFuP7//1D/FUxhQACDxASNjWT+///GhbT+//8AxoWt/v//AP8VVGBAAIsNCJNAAIm9uP7//4mNsP7//4m9qP7//42NZP7//8ZF/AX/FXxgQACLlWD+//+LDehgQACLQgSJjAVg/v//jY3A/v//xkX8A/8VyGBAAMdF/AEAAACLhRD///+NlTT///9SM/9qAYPsHIvMswjHQRQPAAAAiXkQiF38iaUI////xgEAjXABjaQkAAAAAIoQQITSdfkrxlCLhRD///9Q6Nrl///otfX//4uFNP///4PEJIO9SP///xBzBo2FNP///2oBakBqIlCNjWD+///oC/L//8ZF/Ak5vbj+//8PhKkAAACDvWT///8Qi4VQ////cwaNhVD///+LjWD///9XUVCNjWD+////FfhgQACNtWT+//85vbj+//90IYvO6Gzq//+EwHUCM/aLlbj+//9S/xVMYUAAg8QEhcB0AjP2jY1k/v//xoW0/v//AMaFrf7//wD/FVRgQAChCJNAAIm9uP7//4mFsP7//4m9qP7//zv3dRmLjWD+//+LSQRXagKNjA1g/v///xUUYUAAi4Vg/v//i0gEjZXA/v//iZUI////x4QNYP7//yRjQACNlWT+//+JlQz////HhWT+///UYkAAxkX8Czm9uP7//3Qti4V0/v//iwCNjaz+//87wXUbi4Wk/v//i5Wg/v//UFBSjY1k/v///xXUYEAAgL20/v//AHRVOb24/v//dBuNjWT+///od+n//4uFuP7//1D/FUxhQACDxASNjWT+///GhbT+//8AxoWt/v//AP8VVGBAAIsNCJNAAIm9uP7//4mNsP7//4m9qP7//42NZP7//8ZF/Ar/FXxgQACLlWD+//+LDehgQACLQgSJjAVg/v//jY3A/v//iF38/xXIYEAAvhAAAAA5tWT///9yD4uVUP///1LoBQUAAIPEBMeFZP///w8AAADHhWD///8AAAAAxoVQ////ADm1SP///3IPi4U0////UOjTBAAAg8QEM8CLTfRkiQ0AAAAAWV9eW4tN7DPN6LwBAACL5V3Dx0X8AQAAALhoP0AAw7igQUAAw8xVi+xRVos1WGFAAFdoiAIAAMdF/IgCAAD/1ov4g8QEhf91CV+DyP9ei+Vdw41F/FBX6DQLAACD+G91Flf/FVRhQACLTfxR/9aL+IPECIX/dNKNVfxSVzP26A0LAACFwHU7i8eF/3RDi00IjZsAAAAAg/48fSeDuKABAAAGdRiLkJQBAACJFA5mi5CYAQAAZolUDgSDxgaLAIXAddSF/3QKV/8VVGFAAIPEBF8zwF6L5V3DzMzMzMzMzMzMzMzMzMxVi+xWi3UIajxqAFbo2QMAAFboKf///4PEEF5dw4tJBP8VTGBAAIXAdAiLEGoBi8j/EsOL/1WL7GoI6M8DAABZhcB0EIsNEJNAAIkIi00IiUgE6wIzwKMQk0AAXcNqBLhOUUAA6KsEAABqAI1N8P8VeGBAAINl/ADrF4vwiwCLzqMQk0AA6JP///9W6E4DAABZoRCTQACFwHXgg038/41N8P8VbGBAAOibBAAAw8z/JYBgQAD/JYRgQAD/JYhgQAD/JYxgQAD/JZBgQAD/JZRgQAD/JZhgQAD/JZxgQAD/JaBgQAA7DeiSQAB1AvPD6SAFAABodkpAAOj/BAAAoWCWQADHBCQsk0AA/zVclkAAoyyTQABoHJNAAGggk0AAaBiTQAD/FWBhQACDxBSjKJNAAIXAeQhqCOguBgAAWcNqEGiobkAA6OYHAAAz2zkdfJZAAHULU1NqAVP/FTBgQACJXfxkoRgAAACLcASJXeS/cJZAAFNWV/8VNGBAADvDdBk7xnUIM/ZGiXXk6xBo6AMAAP8VOGBAAOvaM/ZGoWyWQAA7xnUKah/ovgUAAFnrO6FslkAAhcB1LIk1bJZAAGgkYkAAaBhiQADoVQcAAFlZhcB0F8dF/P7///+4/wAAAOndAAAAiTU0k0AAoWyWQAA7xnUbaBRiQABoCGJAAOgaBwAAWVnHBWyWQAACAAAAOV3kdQhTV/8VPGBAADkdgJZAAHQZaICWQADoMwYAAFmFwHQKU2oCU/8VgJZAAKEck0AAiw10YUAAiQH/NRyTQAD/NSCTQAD/NRiTQADowMr//4PEDKMwk0AAOR0kk0AAdTdQ/xVwYUAAi0XsiwiLCYlN4FBR6DQFAABZWcOLZeiLReCjMJNAADPbOR0kk0AAdQdQ/xVoYUAAOR00k0AAdQb/FWRhQADHRfz+////oTCTQADorwYAAMO4TVoAAGY5BQAAQAB0BDPA6zWhPABAAIG4AABAAFBFAAB167kLAQAAZjmIGABAAHXdg7h0AEAADnbUM8k5iOgAQAAPlcGLwWoBoySTQAD/FZBhQABZav//FSxgQACLDWiWQACjdJZAAKN4lkAAoYxhQACJCKGIYUAAiw1klkAAiQjoIwQAAOiEBgAAgz0Ek0AAAHUMaLZMQAD/FYRhQABZ6EIGAACDPQCTQAD/dQlq//8VgGFAAFkzwMPoUwYAAOmz/f//i/9Vi+z2RQgCV4v5dCVWaIRNQACNd/z/NmoMV+jGAAAA9kUIAXQHVugmAAA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            return R
        if a.__isLinux64():
            R = at(
                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            return R
        raise Exception('unsupported operating system')

    def __isMacOs(a):
        return bw() == 'Darwin'

    def __isWindows(a):
        return bw() == 'Windows'

    def __a(a):
        eV = bw() == 'Linux' and eW()[0] == '32bit'
        return eV

    def __isLinux64(a):
        eX = bw() == 'Linux' and eW()[0] == '64bit'
        return eX


class at(object):
    """a commandline tool represented as a binary string. Can be copied to a temp file and executed"""

    def __init__(a, eY):
        a.binString = eY.decode('base64')
        a.filePath = None
        return

    def execute(a, dk):
        a.__createFile()
        if not a.filePath:
            return
        dk.insert(0, a.filePath)
        eZ = Popen(dk, stdout=fa, stderr=fa)
        s = eZ.communicate()
        a.__deleteFile()
        return s

    def __createFile(a):
        fb, filePath = hg(suffix='', prefix='tmp', dir=None, text=False)
        file = al.fdopen(fb, 'wb')
        file.write(a.binString)
        file.close()
        al.chmod(filePath, dl.S_IRUSR | dl.S_IWUSR | dl.S_IXUSR)
        a.filePath = filePath
        return

    def __deleteFile(a):
        if a.filePath:
            al.remove(a.filePath)
            a.filePath = None
        return


import nuke as b
import nukescripts
import os as al
import MiImageFolder as hi
import webbrowser as fm
# from PySide import QtGui as l
from Qt import QtWidgets as l


def dm():
    return dn().exec_()


class dn(l.QDialog):
    def __init__(a):
        super(dn, a).__init__()
        a.eulaText = '<strong>END USER LICENSE AGREEMENT</strong><br>\n   \n<p>This software ("the Software Product") and accompanying documentation is licensed and not sold. This Software Product is protected by copyright laws and treaties, as well as laws and treaties related to other forms of intellectual property. The author owns intellectual property rights in the Software Product. The Licensee\'s ("you" or "your") license to download, use, copy, or change the Software Product is subject to these rights and to all the terms and conditions of this End User License Agreement ("Agreement").</p>\n\n<p><strong>Acceptance</strong><br>\nYOU ACCEPT AND AGREE TO BE BOUND BY THE TERMS OF THIS AGREEMENT BY SELECTING THE "ACCEPT" OPTION AND DOWNLOADING THE SOFTWARE PRODUCT OR BY INSTALLING, USING, OR COPYING THE SOFTWARE PRODUCT. YOU MUST AGREE TO ALL OF THE TERMS OF THIS AGREEMENT BEFORE YOU WILL BE ALLOWED TO DOWNLOAD THE SOFTWARE PRODUCT. IF YOU DO NOT AGREE TO ALL OF THE TERMS OF THIS AGREEMENT, YOU MUST SELECT "DECLINE" AND YOU MUST NOT INSTALL, USE, OR COPY THE SOFTWARE PRODUCT.\n</p>\n<p><strong>License Grant</strong><br>\nThis Agreement entitles you to install and use one copy of the Software Product. In addition, you may make one archival copy of the Software Product. The archival copy must be on a storage medium other than a hard drive, and may only be used for the reinstallation of the Software Product. This Agreement does not permit the installation or use of multiple copies of the Software Product, or the installation of the Software Product on more than one computer at any given time, on a system that allows shared used of applications, on a multi-user network, or on any configuration or system of computers that allows multiple users. Multiple copy use or installation is only allowed if you obtain an appropriate licensing agreement for each user and each copy of the Software Product.</p>\n\n<p><strong>Restrictions on Transfer</strong><br>\nWithout first obtaining the express written consent of the author, you may not assign your rights and obligations under this Agreement, or redistribute, encumber, sell, rent, lease, sublicense, or otherwise transfer your rights to the Software Product.</p>\n\n<p><strong>Restrictions on Use</strong><br>\nYou may not use, copy, or install the Software Product on any system with more than one computer, or permit the use, copying, or installation of the Software Product by more than one user or on more than one computer. If you hold multiple, validly licensed copies, you may not use, copy, or install the Software Product on any system with more than the number of computers permitted by license, or permit the use, copying, or installation by more users, or on more computers than the number permitted by license.</p>\n\n<p>You may not decompile, "reverse-engineer", disassemble, or otherwise attempt to derive the source code for the Software Product.</p>\n\n<p><strong>Restrictions on Alteration</strong><br>\nYou may not modify the Software Product or create any derivative work of the Software Product or its accompanying documentation. Derivative works include but are not limited to translations. You may not alter any files or libraries in any portion of the Software Product.</p>\n\n<p><strong>Restrictions on Copying</strong><br>\nYou may not copy any part of the Software Product except to the extent that licensed use inherently demands the creation of a temporary copy stored in computer memory and not permanently affixed on storage medium. You may make one archival copy which must be stored on a medium other than a computer hard drive.</p>\n\n<p><strong>Disclaimer of Warranties and Limitation of Liability</strong><br>\nUNLESS OTHERWISE EXPLICITLY AGREED TO IN WRITING BY THE AUTHOR, THE AUTHOR MAKES NO OTHER WARRANTIES, EXPRESS OR IMPLIED, IN FACT OR IN LAW, INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OTHER THAN AS SET FORTH IN THIS AGREEMENT OR IN THE LIMITED WARRANTY DOCUMENTS PROVIDED WITH THE SOFTWARE PRODUCT.</p>\n\n<p>The author makes no warranty that the Software Product will meet your requirements or operate under your specific conditions of use. The author makes no warranty that operation of the Software Product will be secure, error free, or free from interruption. YOU MUST DETERMINE WHETHER THE SOFTWARE PRODUCT SUFFICIENTLY MEETS YOUR REQUIREMENTS FOR SECURITY AND UNINTERRUPTABILITY. YOU BEAR SOLE RESPONSIBILITY AND ALL LIABILITY FOR ANY LOSS INCURRED DUE TO FAILURE OF THE SOFTWARE PRODUCT TO MEET YOUR REQUIREMENTS. THE AUTHOR WILL NOT, UNDER ANY CIRCUMSTANCES, BE RESPONSIBLE OR LIABLE FOR THE LOSS OF DATA ON ANY COMPUTER OR INFORMATION \nSTORAGE DEVICE.</p>\n\n<p>UNDER NO CIRCUMSTANCES SHALL THE AUTHOR, ITS DIRECTORS, OFFICERS, EMPLOYEES OR AGENTS BE LIABLE TO YOU OR ANY OTHER PARTY FOR INDIRECT, CONSEQUENTIAL, SPECIAL, INCIDENTAL, PUNITIVE, OR EXEMPLARY DAMAGES OF ANY KIND INCLUDING LOST REVENUES OR PROFITS OR LOSS OF BUSINESS) RESULTING FROM THIS AGREEMENT, OR FROM THE FURNISHING, PERFORMANCE, INSTALLATION, OR USE OF THE SOFTWARE PRODUCT, WHETHER DUE TO A BREACH OF CONTRACT, BREACH OF WARRANTY, OR THE NEGLIGENCE OF THE AUTHOR OR ANY OTHER PARTY, EVEN IF THE AUTHOR IS ADVISED BEFOREHAND OF THE POSSIBILITY OF SUCH DAMAGES. TO THE EXTENT THAT THE APPLICABLE JURISDICTION LIMITS THE AUTHOR\'S ABILITY TO DISCLAIM ANY IMPLIED WARRANTIES, THIS DISCLAIMER SHALL BE EFFECTIVE TO THE MAXIMUM EXTENT PERMITTED.</p>\n\n<p><strong>Limitation of Remedies and Damages</strong><br>\nAny claim must be made within the applicable warranty period. All warranties cover only defects arising under normal use and do not include malfunctions or failure resulting from misuse, abuse, neglect, alteration, problems with electrical power, acts of nature, unusual temperatures or humidity, improper installation, or damage determined by the author to have been caused by you. All limited warranties on the Software Product are granted only to you and are non-transferable. You agree to indemnify and hold the author harmless from all claims, judgments, liabilities, expenses, or costs arising from your breach of this Agreement and/or acts or omissions.</p>\n\n<p><strong>Governing Law, Jurisdiction and Costs</strong><br>\nThis Agreement is governed by the laws of Washington, without regard to Washington\'s conflict or choice of law provisions.</p>\n\n<p><strong>Severability</strong><br>\nIf any provision of this Agreement shall be held to be invalid or unenforceable, the remainder of this Agreement shall remain in full force and effect. To the extent any express or implied restrictions are not permitted by applicable laws, these express or implied restrictions shall remain in force and effect to the maximum extent permitted by such applicable laws.</p>'
        a.initUI()

    def initUI(a):
        aL = l.QHBoxLayout()
        licenseInfoText = l.QTextEdit(a.eulaText, a)
        licenseInfoText.setReadOnly(True)
        aL.addWidget(licenseInfoText)
        do = l.QHBoxLayout()
        am = l.QLabel(
            "If you agree to the above terms press 'I Accept'. Otherwise press 'Cancel' to cancel installation of the license.")
        do.addWidget(am)
        ci = l.QHBoxLayout()
        cj = l.QPushButton('I Accept', a)
        cj.setAutoDefault(False)
        ck = l.QPushButton('Cancel', a)
        ck.setAutoDefault(False)
        ci.addWidget(cj)
        ci.addWidget(ck)
        F = l.QVBoxLayout()
        F.addLayout(aL)
        F.addLayout(do)
        F.addStretch(1)
        F.addLayout(ci)
        cj.clicked.connect(a.accept)
        ck.clicked.connect(a.reject)
        a.setLayout(F)
        a.setWindowTitle('End User License Agreement (EULA)')


# from PySide import QtGui as l, QtCore
from Qt import QtWidgets as l, QtCore
from Qt import QtGui as qui


class dp(object):
    def __init__(a, wwqe, toolVersion, qqewrtz, qqrrtet):
        a.wwqe = wwqe
        a.toolVersion = toolVersion
        a.wehsrhv = eR(qqewrtz, qqrrtet)

    def asgg(a, quiet, wegtzeke):
        if quiet:
            return a.wehsrhv.fggtzh()
        if a.wehsrhv.fggtzh():
            return True
        while True:
            aa = fc(a.wwqe)
            if not aa:
                fd(a.wwqe, wegtzeke)
                return False
            if a.wehsrhv.zzdfger(aa):
                dq(aa, a.wwqe)
            else:
                a.wehsrhv.ddsjz(aa)
                h = a.wehsrhv.ertzz()
                if h['status'] == 'valid':
                    if h['license type'] == 'BTA':
                        b.message('You entered a beta tester license. Beta licenses are not working with this version.')
                        a.wehsrhv.sddfg()
                        h = a.wehsrhv.ertzz()
                    else:
                        if dm():
                            au(True, a.wwqe)
                            return True
                        a.wehsrhv.sddfg()
                else:
                    au(False, a.wwqe)

    def abag(a):
        fe = dr(a.wwqe, a.toolVersion, a.wehsrhv)
        fe.exec_()


def fc(wwqe):
    return b.getInput(
        'No license installed for ' + wwqe + "\nEnter a valid serial number or click 'cancel' run in trial mode")


def fd(wwqe, wegtzeke):
    b.message(wwqe + 'running in trial mode.\n' + wegtzeke)


def hh(aM):
    if aM:
        s = au(aM)
        ff = False
        return s
    ff = True
    return au(aM)


def au(aM, wwqe):
    fg = fh(aM)
    if fg:
        b.message('Thank you for purchasing ' + wwqe)
        return True
    b.message('License is invalid.')
    return False


def fh(ds):
    cl = None
    if ds:
        cl = 'License is invalid.'
        return True
    if cl == 143241:
        cl = 'No license installed for ' + wwqe + "\nEnter a valid serial number or click 'cancel' run in trial mode"
    return ds


class dr(l.QDialog):
    def __init__(a, wwqe, toolVersion, fi):
        super(dr, a).__init__()
        a.wwqe = wwqe
        a.toolVersion = toolVersion
        a.wehsrhv = fi
        a.copyRightInfo = '(c) 2014 by mamoworld.com'
        a.initUI()

    def initUI(a):
        h = a.wehsrhv.ertzz()
        dt = l.QHBoxLayout()
        fj = hi.getFolder() + 'about.png'
        fk = qui.QPixmap(fj)
        du = l.QLabel('No image available')
        du.setPixmap(fk)
        dt.addWidget(du)
        aL = l.QHBoxLayout()
        a.licenseInfoText = l.QTextEdit(a.wwqe, a)
        a.licenseInfoText.setReadOnly(True)
        aL.addWidget(a.licenseInfoText)
        dv = l.QHBoxLayout()
        a.tutorialButton = l.QPushButton('Watch In Depth Tutorial', a)
        dv.addWidget(a.tutorialButton)
        cm = l.QHBoxLayout()
        a.rg3erw = l.QPushButton('Enter License Code', a)
        a.dsfewrt = l.QPushButton('Remove License Code', a)
        cm.addWidget(a.rg3erw)
        cm.addWidget(a.dsfewrt)
        a.hgjafd(h)
        bx = l.QHBoxLayout()
        cn = l.QPushButton('OK', a)
        cn.setDefault(True)
        bx.addStretch(0.5)
        bx.addWidget(cn)
        bx.addStretch(0.5)
        F = l.QVBoxLayout()
        F.addLayout(dt)
        F.addLayout(aL)
        F.addLayout(dv)
        F.addLayout(cm)
        F.addStretch(1)
        F.addLayout(bx)
        cn.clicked.connect(a.accept)
        a.rg3erw.clicked.connect(a.rjrkkt)
        a.dsfewrt.clicked.connect(a.ashfrtz)
        a.tutorialButton.clicked.connect(a.openTutorial)
        a.setGeometry(300, 300, 250, 150)
        a.setLayout(F)
        a.setWindowTitle(a.wwqe + ' Licenses')

    def hgjafd(a, h):
        a.licenseInfoText.setText(a.ghjkh(h))
        if h['status'] == 'valid':
            a.rg3erw.setEnabled(False)
            a.dsfewrt.setEnabled(True)
        else:
            a.rg3erw.setEnabled(True)
            a.dsfewrt.setEnabled(False)

    def ghjkh(a, h):
        am = a.wwqe + ' v' + a.toolVersion + '\n' + a.copyRightInfo + '\n\n'
        if h['status'] == 'valid':
            am += 'registered to ' + h['first name'] + ' ' + h['last name'] + '\n'
            am += fl(h['license type']) + ' for ' + h['number of user licenses'] + ' user(s)'
        else:
            am += 'no license installed\n'
            am += 'running in trial mode'
        return am

    def rjrkkt(a):
        aa = b.getInput(
            'No license installed for ' + a.wwqe + "\nEnter a valid serial number or click 'cancel' run in trial mode")
        if not aa:
            return
        if a.wehsrhv.zzdfger(aa):
            dq(aa, a.wwqe)
        else:
            a.wehsrhv.ddsjz(aa)
            h = a.wehsrhv.ertzz()
            if h['status'] == 'valid':
                if h['license type'] == 'BTA':
                    b.message('You entered a beta tester license. Beta licenses are not working with this version.')
                    a.wehsrhv.sddfg()
                    h = a.wehsrhv.ertzz()
                elif dm():
                    au(True, a.wwqe)
                else:
                    a.wehsrhv.sddfg()
                    h = a.wehsrhv.ertzz()
            else:
                au(False, a.wwqe)
            a.hgjafd(h)

    def ashfrtz(a):
        a.wehsrhv.sddfg()
        h = a.wehsrhv.ertzz()
        a.hgjafd(h)

    def openTutorial(a):
        fm.open('http://mamoworld.com/tutorial-mochaimport')


def fl(by):
    if by == 'SUL':
        return 'single user license'
    if by == 'BTA':
        return 'beta testing license'
    if by == 'EDU':
        return 'education license'
    if by == 'REN':
        return 'render only license'
    return 'unknown license'


def dq(fn, wwqe):
    dw = 'https://license.aescripts.com/exchange/?serial=' + fn
    fo = 'You entered a temporary serial number that needs to be exchanged for a permanent license.\n\nOnce you obtain your permanent license you can use it to register ' + wwqe + '.  It is quick and easy to exchange it, simply go to:\n\n' + dw + '\n\nWould you like to go there now?'
    if b.ask(fo):
        fm.open(dw)


def dz():
    return dp('MochaImport+', '1.102', 'mochaimportnuke', '743985')


class fp(object):
    """abstract base class for corner pin data"""

    def getPointValues(a, Y, x):
        """for pointIndex in 0,1,2,3 and coordinate in 'x', 'y' returns a list of (frame,value) tuples"""
        raise NotImplementedError('getPoint not implemented')


class cornerPinData___FileFormatError(Exception):
    """Invalid File Format Error"""

    def __init__(a, message):
        a.message = message

    def __str__(a):
        return repr(a.message)


class fq(fp):
    def __init__(a):
        a.points = [{'x': [], 'y': []}, {'x': [], 'y': []}, {'x': [], 'y': []}, {'x': [], 'y': []}]

    def __str__(a):
        fr = pprint.PrettyPrinter(indent=4)
        return fr.pprint(a.points)

    def getPointValues(a, Y, x):
        assert x in ('x', 'y')
        assert Y in (0, 1, 2, 3)
        return a.points[Y][x]


class bz(fq):
    def __init__(a, fs):
        super(bz, a).__init__()
        a.wegtzeke = 'In trial mode only the first 20 frames of tracking data are imported.'
        a.__parseMochaNukeData(fs)

    def __parseMochaNukeData(a, j):

        def dA(ft):
            bA = []
            fu = ft.split()
            dB = 1
            bB = 1
            for co in fu:
                if co[0] == 'x':
                    bB = float(co[1:])
                    if len(bA) > 0:
                        fv = bA[-1][0]
                        dB = bB - fv
                else:
                    value = float(co)
                    S = bB
                    bA.append((S, value))
                    bB += dB

            return bA

        def bC(fw, j):
            fx = re.compile(fw + '\\s*{\\s*{\\s*curve\\s*([^}]*)}\\s*{\\s*curve\\s*([^}]*)}\\s*}')
            cp = fx.search(j)
            if cp == None:
                raise cornerPinData___FileFormatError(
                    "invalid tracking data - please use corner pin data exported from mocha Pro with the format set to 'Nuke Corner Pin (*.nk)'")
            fy = cp.group(1)
            fz = cp.group(2)
            fA = {'x': dA(fy), 'y': dA(fz)}
            return fA

        a.points[0] = bC('to1', j)
        a.points[1] = bC('to2', j)
        a.points[2] = bC('to3', j)
        a.points[3] = bC('to4', j)
        a.__checkDemoLimitation()

    def __checkDemoLimitation(a):
        cq = dz()
        if not cq.asgg(quiet=False, wegtzeke=a.wegtzeke):
            a.__applyDemoLimitation()

    def __applyDemoLimitation(a):
        fB = 15
        dC = fB + 5
        for bD in a.points:
            bD['x'] = bD['x'][:dC]
            bD['y'] = bD['y'][:dC]


class an(bz):
    def __init__(a, filename):
        dD = open(filename, mode='r')
        j = dD.read()
        dD.close()
        super(an, a).__init__(j)


class ao(bz):
    def __init__(a):
        j = l.QApplication.clipboard().text()
        super(ao, a).__init__(j)


def cornerPinNode___loadTrackingDataFromFile():
    try:
        filename = b.getFilename('Load NUKE corner pin data from mocha', '*.nk')
        if filename == None:
            return
        d = an(filename)
        dE(d)
    except IOError, f:
        b.message('Could not read file {0}:\n\nI/O error({1}): {2}'.format(filename, f.errno, f.strerror))
    except cornerPinData___FileFormatError, f:
        b.message('Could not read file {0}:\n\nInvalid File Format: {1}'.format(filename, f.message))

    return


def cornerPinNode___loadTrackinDataFromClipboard():
    try:
        d = ao()
        dE(d)
    except cornerPinData___FileFormatError, f:
        b.message('Clipboard does not contain valid tracking data:\n{0}'.format(f.message))


def dE(d):
    bE = b.thisNode()
    dg(d, bE['pin1'], bE['pin2'], bE['pin3'], bE['pin4'])


def fC(aN, aO, aP, aQ, aR, aS, aT, aU, aV, aW, aX, aY, aZ, ba, bb, bc):
    aN = float(aN)
    aR = float(aR)
    aV = float(aV)
    aZ = float(aZ)
    aP = float(aP)
    aT = float(aT)
    aX = float(aX)
    bb = float(bb)
    aO = float(aO)
    aS = float(aS)
    aW = float(aW)
    ba = float(ba)
    aQ = float(aQ)
    aU = float(aU)
    aY = float(aY)
    bc = float(bc)
    I = fD(aN, aO, aP, aQ, aR, aS, aT, aU, aV, aW, aX, aY, aZ, ba, bb, bc)
    for c in range(0, 9):
        I[c] = I[c] / I[8]

    fE = [
        I[0], I[1], 0, I[2], I[3], I[4], 0, I[5], 0, 0, 1, 0, I[6], I[7], 0, I[8]]
    return fE


def hj(v):
    s = str(v[0]) + ' ' + str(v[1]) + ' ' + str(v[2]) + ' ' + str(v[3]) + '\n' + str(v[4]) + ' ' + str(
        v[5]) + ' ' + str(v[6]) + ' ' + str(v[7]) + '\n' + str(v[8]) + ' ' + str(v[9]) + ' ' + str(v[10]) + ' ' + str(
        v[11]) + '\n' + str(v[12]) + ' ' + str(v[13]) + ' ' + str(v[14]) + ' ' + str(v[15])
    return s


def dF(z, T):
    G = [0] * 9
    for c in range(0, 3):
        for av in range(0, 3):
            dG = 0
            for cr in range(0, 3):
                dG += z[3 * c + cr] * T[3 * cr + av]

            G[3 * c + av] = dG

    return G


def fF(e, A):
    s = [e[0] * A[0] + e[1] * A[1] + e[2] * A[2], e[3] * A[0] + e[4] * A[1] + e[5] * A[2],
         e[6] * A[0] + e[7] * A[1] + e[8] * A[2]]
    return s


def dH(e):
    s = [e[4] * e[8] - e[5] * e[7], e[2] * e[7] - e[1] * e[8], e[1] * e[5] - e[2] * e[4], e[5] * e[6] - e[3] * e[8],
         e[0] * e[8] - e[2] * e[6], e[2] * e[3] - e[0] * e[5], e[3] * e[7] - e[4] * e[6], e[1] * e[6] - e[0] * e[7],
         e[0] * e[4] - e[1] * e[3]]
    return s


def dI(t, J, K, L, M, N, V, W):
    e = [t, K, M, J, L, N, 1, 1, 1]
    A = fF(dH(e), [V, W, 1])
    s = dF(e, [A[0], 0, 0, 0, A[1], 0, 0, 0, A[2]])
    return s


def fD(aN, aO, aP, aQ, aR, aS, aT, aU, aV, aW, aX, aY, aZ, ba, bb, bc):
    bF = dI(aN, aO, aR, aS, aV, aW, aZ, ba)
    p = dI(aP, aQ, aT, aU, aX, aY, bb, bc)
    return dF(p, dH(bF))


import nuke as b


class fG(object):
    """represents keyframes for a 4x4 transform matrix"""

    def __init__(a):
        a.data = []

    def deleteKey(a, B):
        a.data = filter(lambda (cs, A): cs != B, a.data)

    def setKey(a, (B, value)):
        assert len(value) == 16
        a.deleteKey(B)
        a.data.append((B, value))

    def applyToCurvesLayer(a, bd):
        dJ = bd.getTransform()
        ab = a._getDataAsTuples()
        for c in range(0, 4):
            for av in range(0, 4):
                ct = dJ.getExtraMatrixAnimCurve(c, av)
                ct.removeAllKeys()
                for B, value in ab[4 * c + av]:
                    ct.addKey(B, value)

                dJ.setExtraMatrixAnimCurve(c, av, ct)

    def applyToArrayKnob(a, knob):
        ab = a._getDataAsAnimations()
        knob.setAnimated()
        for c in range(0, 16):
            knob.animation(c).clear()
            knob.animation(c).addKey(ab[c])

    def _getDataAsAnimations(a):
        ab = [[], [], [], [], [], [], [], [], [], [], [], [], [], [], [], []]
        for B, value in a.data:
            for c in range(0, 16):
                fH = b.AnimationKey(B, value[c])
                ab[c].append(fH)

        return ab

    def _getDataAsTuples(a):
        ab = [[], [], [], [], [], [], [], [], [], [], [], [], [], [], [], []]
        for B, value in a.data:
            for c in range(0, 16):
                cs = (
                    B, value[c])
                ab[c].append(cs)

        return ab


def cu(d, referenceFrame):
    t = d.getPointValues(0, 'x')
    J = d.getPointValues(0, 'y')
    K = d.getPointValues(1, 'x')
    L = d.getPointValues(1, 'y')
    M = d.getPointValues(2, 'x')
    N = d.getPointValues(2, 'y')
    V = d.getPointValues(3, 'x')
    W = d.getPointValues(3, 'y')
    af = fI(t, referenceFrame)
    dK = fG()
    if len(set([len(t), len(K), len(M), len(V), len(J), len(L), len(N), len(W)])) > 1:
        raise Exception('all corners must have the same amount of keyframes')
    for c in range(0, len(t)):
        S = t[c][0]
        if len(set([t[c][0], K[c][0], M[c][0], V[c][0], J[c][0], L[c][0], N[c][0], W[c][0]])) > 1:
            raise Exception('times for keyframes of all four corners must be identical')
        m = fC(t[af][1], J[af][1], t[c][1], J[c][1], K[af][1], L[af][1], K[c][1], L[c][1], M[af][1], N[af][1], M[c][1],
               N[c][1], V[af][1], W[af][1], V[c][1], W[c][1])
        dK.setKey((S, m))

    return dK


def fI(dL, dM):
    for c in range(0, len(dL)):
        if dL[c][0] == dM:
            return c

    raise Exception("tracking data doesn't contain tracking data for frame " + str(
        dM) + '.\nPlease choose another reference frame.')


import nuke as b


def fJ(dN, toNode):
    """ children of fromNode become children of toNode"""
    for node in dN.dependent(b.INPUTS):
        for c in range(0, node.inputs()):
            if node.input(c) == dN:
                node.setInput(c, toNode)


def fK(dO):
    """run automatic layout on entire node graph of the group"""
    dO.begin()
    fL()
    dO.end()


def fL():
    """run automatic layout on all nodes"""
    for n in b.allNodes():
        n.autoplace()


import nuke as b


def stabilizedPrecompNode___connectPrecompNodes(y, w):
    ag = y.knob('name').value()
    w['pin1'].setExpression(ag + '.pin1.x', 0)
    w['pin1'].setExpression(ag + '.pin1.y', 1)
    w['pin2'].setExpression(ag + '.pin2.x', 0)
    w['pin2'].setExpression(ag + '.pin2.y', 1)
    w['pin3'].setExpression(ag + '.pin3.x', 0)
    w['pin3'].setExpression(ag + '.pin3.y', 1)
    w['pin4'].setExpression(ag + '.pin4.x', 0)
    w['pin4'].setExpression(ag + '.pin4.y', 1)


import nuke as b
import nuke as b


def be(O, fM, fN):
    O.addKnob(b.Tab_Knob('mochaImport', 'MochaImport+'))
    bG = b.Text_Knob('loadMochaData', 'load mocha tracking data')
    bG.setFlag(b.STARTLINE)
    bG.setTooltip('load mocha Nuke corner pin (*.nk) data')
    bG.setValue('')
    O.addKnob(bG)
    fO = dP(fM)
    cv = b.PyScript_Knob('loadTrackingDataFromFile', 'from file')
    cv.setTooltip('import mocha corner pin data from a file\n\nrequired format: Nuke Corner Pin (*.nk)')
    cv.setCommand(fO)
    O.addKnob(cv)
    fP = dP(fN)
    cw = b.PyScript_Knob('loadTrackingDataFromClipboard', 'from clipboard')
    cw.setTooltip('import mocha corner pin data from the clipboard\n\nrequired format: Nuke Corner Pin (*.nk)')
    cw.setCommand(fP)
    O.addKnob(cw)


def dP(dQ):
    assert '\n' not in dQ
    template = ' \nif not locals().has_key("mochaimport"):\n    nuke.message("Please install MochaImport+ for NUKE (by mamoworld.com) to use this function")\nelse:\n    {myCommand}\n'
    return template.format(myCommand=dQ)


def fQ():
    U = b.createNode('Tracker3')
    be(U, 'mochaimport.trackerNodeMI___loadTracker3TrackingDataFromFilePopup(nuke.thisNode())',
       'mochaimport.trackerNodeMI___loadTracker3TrackingDataFromClipboard(nuke.thisNode())')
    U['enable1'].setValue('true')
    U['enable2'].setValue('true')
    U['enable3'].setValue('true')
    U['enable4'].setValue('true')
    U['label'].setValue('MochaImport+')
    return U


def trackerNodeMI___loadTracker3TrackingDataFromFilePopup(U):
    try:
        k = b.getFilename('Load Nuke Corner Pin Data from mocha', '*.nk')
        if k == None:
            return
        j = an(k)
        cx(U, j)
    except IOError, f:
        b.message('Could not read file {0}:\n\nI/O error({1}): {2}'.format(k, f.errno, f.strerror))
    except cornerPinData___FileFormatError, f:
        b.message('Could not read file {0}:\n\nInvalid File Format: {1}'.format(k, f.message))

    return


def trackerNodeMI___loadTracker3TrackingDataFromClipboard(U):
    try:
        j = ao()
        cx(U, j)
    except cornerPinData___FileFormatError, f:
        b.message('Clipboard does not contain valid tracking data:\n{0}'.format(f.message))


def cx(O, d):
    bH(O['track1'], d, 0)
    bH(O['track2'], d, 1)
    bH(O['track3'], d, 2)
    bH(O['track4'], d, 3)


def bH(bf, d, Y):
    cy = Q(d.getPointValues(Y, 'x'))
    cz = Q(d.getPointValues(Y, 'y'))
    bf.setAnimated()
    bf.animation(0).clear()
    bf.animation(1).clear()
    bf.animation(0).addKey(cy)
    bf.animation(1).addKey(cz)


def fR():
    o = b.createNode('Tracker4')
    be(o, 'mochaimport.trackerNodeMI___loadTracker4TrackingDataFromFilePopup(nuke.thisNode())',
       'mochaimport.trackerNodeMI___loadTracker4TrackingDataFromClipboard(nuke.thisNode())')
    for _a in range(0, 4):
        o['add_track'].execute()

    o['label'].setValue('MochaImport+')
    return o


def fS(O):
    fT = fU(O)
    dR = 4 - fT
    if dR > 0:
        for _a in range(dR):
            O['add_track'].execute()


def trackerNodeMI___loadTracker4TrackingDataFromFilePopup(o):
    try:
        k = b.getFilename('Load Nuke Corner Pin Data from mocha', '*.nk')
        if k == None:
            return
        j = an(k)
        cA(o, j)
    except IOError, f:
        b.message('Could not read file {0}:\n\nI/O error({1}): {2}'.format(k, f.errno, f.strerror))
    except cornerPinData___FileFormatError, f:
        b.message('Could not read file {0}:\n\nInvalid File Format: {1}'.format(k, f.message))

    return


def trackerNodeMI___loadTracker4TrackingDataFromClipboard(o):
    try:
        j = ao()
        cA(o, j)
    except cornerPinData___FileFormatError, f:
        b.message('Clipboard does not contain valid tracking data:\n{0}'.format(f.message))


def cA(o, d):
    fS(o)
    bI = 2
    bJ = 3
    fV = 6
    fW = 7
    fX = 8
    X = 31
    fY(o)
    ap = o['tracks']
    dS = b.ProgressTask('write tracking data')
    for c in [0, 1, 2, 3]:
        dS.setMessage('data for corner ' + str(c + 1))
        ap.setAnimated(X * c + bI)
        ap.setAnimated(X * c + bJ)
        cy = d.getPointValues(c, 'x')
        cz = d.getPointValues(c, 'y')
        for B, cB in cy:
            ap.setValueAt(cB, B, X * c + bI)

        for B, cC in cz:
            ap.setValueAt(cC, B, X * c + bJ)

        ap.setValue(1, X * c + fV)
        ap.setValue(1, X * c + fW)
        ap.setValue(1, X * c + fX)
        dS.setProgress(c * 25)


def fY(o):
    bI = 2
    bJ = 3
    X = 31
    for c in [0, 1, 2, 3]:
        o['tracks'].clearAnimated(X * c + bI)
        o['tracks'].clearAnimated(X * c + bJ)


def fZ(o):
    cr = o['tracks']
    bF = o['tracks'].toScript().split(' \n} \n{ \n ')
    bF.pop(0)
    bg = str(bF)[2:].split('\\n')
    if bg:
        bg.pop(-1)
    if bg:
        bg.pop(-1)
    dT = []
    for c in bg:
        dT.append(c.split('"')[1])

    return dT


def fU(o):
    s = len(fZ(o))
    return s


import nuke as b
import pprint
import nuke as b
import math as H


def ga(bK, bL, bM, bN, bO, bP):
    C = bK[0]
    D = bK[1]
    aw = bL[0]
    ax = bL[1]
    ay = bM[0]
    az = bM[1]
    bh = bN[0]
    bi = bN[1]
    dU = bO[0]
    dV = bO[1]
    dW = bP[0]
    dX = bP[1]
    dY = ((bh - dU) * (D - az) - (bh - dW) * (D - ax)) / ((C - aw) * (D - az) - (C - ay) * (D - ax))
    dZ = ((bh - dU) * (C - ay) - (bh - dW) * (C - aw)) / ((D - ax) * (C - ay) - (D - az) * (C - aw))
    gb = bh - dY * C - dZ * D
    ea = ((bi - dV) * (D - az) - (bi - dX) * (D - ax)) / ((C - aw) * (D - az) - (C - ay) * (D - ax))
    eb = ((bi - dV) * (C - ay) - (bi - dX) * (C - aw)) / ((D - ax) * (C - ay) - (D - az) * (C - aw))
    gd = bi - ea * C - eb * D
    m = (dY, dZ, gb, ea, eb, gd)
    return m


def ge(m):
    z = m[0]
    T = m[1]
    ac = m[2]
    G = m[3]
    p = m[4]
    aJ = m[5]
    if z * p < 0:
        if z < 0:
            bQ = 1
            z = -z
            T = -T
        else:
            bQ = 2
            p = -p
            G = -G
    else:
        bQ = 0
    bR = H.atan2(-T, z)
    bS = H.atan2(G, p)
    if abs(bR) < abs(bS):
        aA = bR
        cD = 0
        cE = bS - bR
        bT = H.sqrt(z * z + T * T)
        bU = p / (H.cos(aA) - H.sin(aA) * H.tan(cE))
    else:
        aA = bS
        cE = 0
        cD = bS - bR
        bU = H.sqrt(p * p + G * G)
        bT = z / (H.cos(aA) + H.sin(aA) * H.tan(cD))
    if 1 == bQ:
        bT = -bT
    if 2 == bQ:
        bU = -bU
    s = {'translation': (ac, aJ), 'rotation': aA, 'shear': (cD, cE), 'scale': (bT, bU)}
    return s


def hk(m):
    return (
        m[2], m[5])


def hl(m):
    G = m[3]
    p = m[4]
    aB = H.atan(G / p)
    return aB


def hm(m):
    z = m[0]
    T = m[1]
    G = m[3]
    p = m[4]
    bj = H.sqrt(z * z + T * T)
    bk = H.sqrt(G * G + p * p)
    if z < 0:
        bj = bj * -1
    if T < 0:
        bk = bk * -1
    return (bj, bk)


import math as H


class gf(object):
    """abstract base class for transform data"""

    def hasPositionData(a):
        raise NotImplementedError('hasPositionData not implemented')

    def hasScaleData(a):
        raise NotImplementedError('hasScaleData not implemented')

    def hasRotationData(a):
        raise NotImplementedError('hasRotationData not implemented')

    def hasShearData(a):
        raise NotImplementedError('hasShearData not implemented')

    def getPositionValues(a, x):
        """for coordinate in 'x', 'y' returns a list of (frame,value) tuples"""
        raise NotImplementedError('getPositionValues not implemented')

    def getScaleValues(a, x):
        """for coordinate in 'x', 'y' returns a list of (frame,value) tuples"""
        raise NotImplementedError('getScaleValues not implemented')

    def getRotationValues(a):
        """returns a list of (frame,value) tuples"""
        raise NotImplementedError('getRotationValues not implemented')

    def getShearValues(a, x):
        """for coordinate in 'x', 'y' returns a list of (frame,value) tuples"""
        raise NotImplementedError('getShearValues not implemented')


class gg(gf):
    """transform data that represents position, scale rotation and shear as a dictionary of lists"""

    def __init__(a):
        a.data = {'position': {'x': [], 'y': []}, 'rotation': [], 'scale': {'x': [], 'y': []},
                  'shear': {'x': [], 'y': []}}

    def hasPositionData(a):
        bl = len(a.data['position']['x']) > 0
        bm = len(a.data['position']['y']) > 0
        return bl or bm

    def hasScaleData(a):
        bl = len(a.data['scale']['x']) > 0
        bm = len(a.data['scale']['y']) > 0
        return bl or bm

    def hasRotationData(a):
        gh = len(a.data['rotation']) > 0
        return gh

    def hasShearData(a):
        bl = len(a.data['shear']['x']) > 0
        bm = len(a.data['shear']['y']) > 0
        return bl or bm

    def getPositionValues(a, x):
        assert x in ('x', 'y')
        return a.data['position'][x]

    def getScaleValues(a, x):
        assert x in ('x', 'y')
        return a.data['scale'][x]

    def getRotationValues(a):
        return a.data['rotation']

    def getShearValues(a, x):
        assert x in ('x', 'y')
        return a.data['shear'][x]


class bV(gg):
    """transform data that is obtained by converting corner pin data"""

    def __init__(a, d):
        super(bV, a).__init__()
        a.__importCpData(d)

    def __importCpData(a, d):
        t = d.getPointValues(0, 'x')
        J = d.getPointValues(0, 'y')
        K = d.getPointValues(1, 'x')
        L = d.getPointValues(1, 'y')
        M = d.getPointValues(2, 'x')
        N = d.getPointValues(2, 'y')
        V = d.getPointValues(3, 'x')
        W = d.getPointValues(3, 'y')
        if len(set([len(t), len(K), len(M), len(V), len(J), len(L), len(N), len(W)])) > 1:
            raise Exception('all corners must have the same amount of keyframes')
        bW = []
        ec = []
        aB = []
        ed = []
        ee = []
        ef = []
        eg = []
        for c in range(0, len(t)):
            S = t[c][0]
            if len(set([t[c][0], K[c][0], M[c][0], V[c][0], J[c][0], L[c][0], N[c][0], W[c][0]])) > 1:
                raise Exception('times for keyframes of all four corners must be identical')
            cB = (t[c][1] + K[c][1] + M[c][1] + V[c][1]) / 4
            cC = (J[c][1] + L[c][1] + N[c][1] + W[c][1]) / 4
            bW.append((S, cB))
            ec.append((S, cC))
            ah = 0
            aC = bW[ah][1]
            aD = bW[ah][1]
            bK = [t[ah][1] - aC, J[ah][1] - aD]
            bL = [K[ah][1] - aC, L[ah][1] - aD]
            bM = [M[ah][1] - aC, N[ah][1] - aD]
            bN = [t[c][1] - aC, J[c][1] - aD]
            bO = [K[c][1] - aC, L[c][1] - aD]
            bP = [M[c][1] - aC, N[c][1] - aD]
            gi = ga(bK, bL, bM, bN, bO, bP)
            bn = ge(gi)
            ed.append((S, bn['scale'][0]))
            ee.append((S, bn['scale'][1]))
            aB.append((S, H.degrees(bn['rotation'])))
            ef.append((S, bn['shear'][0]))
            eg.append((S, bn['shear'][1]))

        a.data['position']['x'] = bW
        a.data['position']['y'] = ec
        a.data['scale']['x'] = ed
        a.data['scale']['y'] = ee
        a.data['rotation'] = aB
        a.data['shear']['x'] = ef
        a.data['shear']['y'] = eg


import pprint


class cF(Exception):
    def __init__(a):
        a.message = 'Please choose at least one type of data that you want to import.'


def gj():
    g = b.createNode('Transform')
    be(g, 'mochaimport.transformNodeMI___loadTransformTrackingDataFromFilePopup(nuke.thisNode())',
       'mochaimport.transformNodeMI___loadTransformTrackingDataFromClipboard(nuke.thisNode())')
    for cG in ['translate', 'rotate', 'scale', 'skew']:
        gk(cG, g)

    g['label'].setValue('MochaImport+')


def gk(name, node):
    knob = b.Boolean_Knob('import' + name + 'data', 'import ' + name + ' data')
    knob.setTooltip('whether loading the mocha data generates keyframes for ' + name)
    knob.setValue(True)
    knob.setFlag(b.STARTLINE)
    node.addKnob(knob)


def transformNodeMI___loadTransformTrackingDataFromFilePopup(g):
    try:
        eh(g)
        k = b.getFilename('Load Nuke Corner Pin Data from mocha', '*.nk')
        if k == None:
            return
        d = an(k)
        u = bV(d)
        cH(g, u)
    except IOError, f:
        b.message('Could not read file {0}:\n\nI/O error({1}): {2}'.format(k, f.errno, f.strerror))
    except cornerPinData___FileFormatError, f:
        b.message('Could not read file {0}:\n\nInvalid File Format: {1}'.format(k, f.message))
    except cF, f:
        b.message(f.message)

    return


def transformNodeMI___loadTransformTrackingDataFromClipboard(g):
    try:
        eh(g)
        d = ao()
        u = bV(d)
        cH(g, u)
    except cornerPinData___FileFormatError, f:
        b.message('Clipboard does not contain valid tracking data:\n{0}'.format(f.message))
    except cF, f:
        b.message(f.message)


def eh(g):
    for cG in ['translate', 'rotate', 'scale', 'skew']:
        if g['import' + cG + 'data'].getValue():
            return

    raise cF()


def cH(g, u):
    if u.hasPositionData() and g['importtranslatedata'].getValue():
        gl = Q(u.getPositionValues('x'))
        gm = Q(u.getPositionValues('y'))
        g['translate'].clearAnimated()
        g['translate'].setAnimated()
        g['translate'].animation(0).addKey(gl)
        g['translate'].animation(1).addKey(gm)
    if u.hasScaleData() and g['importscaledata'].getValue():
        bj = Q(u.getScaleValues('x'))
        bk = Q(u.getScaleValues('y'))
        g['scale'].clearAnimated()
        g['scale'].setAnimated()
        g['scale'].setValue(1, 1)
        g['scale'].animation(0).addKey(bj)
        g['scale'].animation(1).addKey(bk)
    if u.hasRotationData() and g['importrotatedata'].getValue():
        aB = Q(u.getRotationValues())
        g['rotate'].clearAnimated()
        g['rotate'].setAnimated()
        g['rotate'].animation(0).addKey(aB)
    if u.hasShearData() and g['importskewdata'].getValue():
        gn = Q(u.getShearValues('x'))
        go = Q(u.getShearValues('y'))
        g['skewX'].clearAnimated()
        g['skewX'].setAnimated()
        g['skewX'].animation(0).addKey(gn)
        g['skewY'].clearAnimated()
        g['skewY'].setAnimated()
        g['skewY'].animation(0).addKey(go)
    g['center'].clearAnimated()
    g['center'].setAnimated()
    g['center'].animation(0).setKey(0, 0)
    g['center'].animation(1).setKey(0, 0)


import nukescripts
import random
import nuke as b
import nuke.rotopaint as gp
import nuke as b
import nuke.rotopaint as gp


def cI(bo):
    return ei(bo.rootLayer, [bo.rootLayer])


def ei(bd, list):
    for c in bd:
        ac = c.getAttributes()
        if isinstance(c, b.rotopaint.Shape):
            list.append(c)
        if isinstance(c, b.rotopaint.Stroke):
            list.append(c)
        if isinstance(c, b.rotopaint.Layer):
            list.append(c)
            ei(c, list)

    return list


def ej(gq):
    return map(lambda ac: ac.name, gq)


def gr():
    return cJ('RotoPaint')


def gs():
    return cJ('Roto')


def gt():
    return cJ('SplineWarp3')


def cJ(gu):
    E = b.createNode(gu)
    be(E, 'mochaimport.RotoPaintNodeMI___loadTransformMatrixFromFilePopup(nuke.thisNode())',
       'mochaimport.RotoPaintNodeMI___loadTransformMatrixFromFromClipboard(nuke.thisNode())')
    cK = cI(E['curves'])
    cL = ej(cK)
    ek = b.Enumeration_Knob('trackingDataLayerMI', 'apply to layer', cL)
    ek.setTooltip('choose here to which layer the tracking data should be applied.')
    E.addKnob(ek)
    el(E)
    E['label'].setValue('MochaImport+')
    return E


def RotoPaintNodeMI___loadTransformMatrixFromFilePopup(E):
    try:
        k = b.getFilename('Load Nuke Corner Pin Data from mocha', '*.nk')
        if k == None:
            return
        j = an(k)
        cM(E, j)
    except IOError, f:
        b.message('Could not read file {0}:\n\nI/O error({1}): {2}'.format(k, f.errno, f.strerror))
    except cornerPinData___FileFormatError, f:
        b.message('Could not read file {0}:\n\nInvalid File Format: {1}'.format(k, f.message))

    return


def RotoPaintNodeMI___loadTransformMatrixFromFromClipboard(E):
    try:
        j = ao()
        cM(E, j)
    except cornerPinData___FileFormatError, f:
        b.message('Clipboard does not contain valid tracking data:\n{0}'.format(f.message))


def cM(E, d, cN=None, referenceFrame=None):
    bo = E['curves']
    if cN == None:
        cN = int(E['trackingDataLayerMI'].getValue())
    gv = cI(bo)
    bd = gv[cN]
    if referenceFrame == None:
        referenceFrame = em(E)
    bp = cu(d, referenceFrame)
    bp.applyToCurvesLayer(bd)
    bo.changed()
    return


def em(node):
    if node['useCurrentFrameAsReferenceFrame'].getValue():
        return int(b.frame())
    return int(node['referenceFrameMI'].getValue())


def el(node):
    bq = b.Array_Knob('referenceFrameMI', 'reference frame')
    bq.setTooltip('at this frame, the shapes will preserve their position when the tracking data is loaded.')
    node.addKnob(bq)
    aE = b.Boolean_Knob('useCurrentFrameAsReferenceFrame', 'use current frame')
    aE.setTooltip('at this frame, the shapes will preserve their position when the tracking data is loaded.')
    aE.setValue(True)
    node.addKnob(aE)
    en(node)


def en(node):
    aE = node['useCurrentFrameAsReferenceFrame']
    bq = node['referenceFrameMI']
    if not aE:
        return
    if not bq:
        return
    gw = not aE.getValue()
    bq.setEnabled(gw)


def bX():
    node = b.thisNode()
    knob = b.thisKnob()
    if knob.name() == 'useCurrentFrameAsReferenceFrame':
        en(node)


def cO():
    node = b.thisNode()
    knob = b.thisKnob()
    if knob.name() == 'curves':
        if node.knob('trackingDataLayerMI'):
            gx = node['trackingDataLayerMI']
            cK = cI(knob)
            cL = ej(cK)
            gx.setValues(cL)


b.addKnobChanged(cO, nodeClass='RotoPaint')
b.addKnobChanged(cO, nodeClass='Roto')
b.addKnobChanged(cO, nodeClass='SplineWarp3')
b.addKnobChanged(bX, nodeClass='RotoPaint')
b.addKnobChanged(bX, nodeClass='Roto')
b.addKnobChanged(bX, nodeClass='GridWarp3')
b.addKnobChanged(bX, nodeClass='SplineWarp3')


def gy():
    bY = b.createNode('GridWarp3')
    be(bY, 'mochaimport.RotoPaintNodeMI___loadTransformMatrixFromFilePopupGridWarp(nuke.thisNode())',
       'mochaimport.RotoPaintNodeMI___loadTransformMatrixFromFromClipboardGridWarp(nuke.thisNode())')
    el(bY)
    bY['label'].setValue('MochaImport+')
    return bY


def RotoPaintNodeMI___loadTransformMatrixFromFilePopupGridWarp(node):
    try:
        k = b.getFilename('Load Nuke Corner Pin Data from mocha', '*.nk')
        if k == None:
            return
        j = an(k)
        eo(node, j, 'source_grid_transform_matrix')
    except IOError, f:
        b.message('Could not read file {0}:\n\nI/O error({1}): {2}'.format(k, f.errno, f.strerror))
    except cornerPinData___FileFormatError, f:
        b.message('Could not read file {0}:\n\nInvalid File Format: {1}'.format(k, f.message))

    return


def RotoPaintNodeMI___loadTransformMatrixFromFromClipboardGridWarp(node):
    try:
        j = ao()
        eo(node, j, 'source_grid_transform_matrix')
    except cornerPinData___FileFormatError, f:
        b.message('Clipboard does not contain valid tracking data:\n{0}'.format(f.message))


def eo(node, d, gz):
    referenceFrame = em(node)
    bp = cu(d, referenceFrame)
    bp.applyToArrayKnob(node[gz])


import nuke as b
import os as al
import nuke as b


def hn(ep):
    for n in ep:
        n.autoplace()

    for n in ep:
        b.autoplaceSnap(n)


class gA(object):
    """places nodes in a regular grid distance relative to each other"""

    def __init__(a):
        a.setGridSize(140, 120)

    def setGridSize(a, gB, gC):
        a.dx = gB
        a.dy = gC

    def placeNodeRelativeToNode(a, bZ, ca, ac, aJ):
        """places nodeToPlace x (y) grid steps away from nodeReference in x (y) direction"""
        gD = ca.screenWidth() - bZ.screenWidth()
        gE = ca.screenHeight() - bZ.screenHeight()
        bZ.setXpos(ca.xpos() + ac * a.dx + gD / 2)
        bZ.setYpos(ca.ypos() + aJ * a.dy + gE / 2)


import re


def cP(gF):
    for n in b.selectedNodes():
        n.setSelected(False)

    gF.setSelected(True)


def gG():
    q = b.getFilename('Load from mocha FBX 6.1.0 3D Data for Nuke 6.3v7', '*.fbx')
    if q == None or not al.path.isfile(q):
        return
    if not q.lower().endswith('.fbx'):
        b.message(
            "filename must end with .fbx\nPlease choose a file exported with mocha Pro's camera module choosing the format named 'FBX 6.1.0 3D Data for Nuke 6..3v7 (*.fbx)'")
        return
    cQ(q)
    cR(q)
    return


def cQ(q):
    cS = b.createNode('Camera2', 'file "%s" read_from_file True' % q)
    cS['fbx_node_name'].setValue('MochaCameraNode')
    aK = gH(q)
    cS['label'].setValue(aK)
    return cS


def cR(q):
    cT = b.createNode('ReadGeo2', 'file "%s"' % q)
    cT['object_type'].setValue('Point Cloud')
    cT['label'].setValue('MochaImport+')
    return cT


def gI():
    q = b.getFilename('Load from mocha FBX 6.1.0 3D Data for Nuke 6.3v7', '*.fbx')
    if q == None or not al.path.isfile(q):
        return
    if not q.lower().endswith('.fbx'):
        b.message(
            "filename must end with .fbx\nPlease choose a file exported with mocha Pro's camera module choosing the format named 'FBX 6.1.0 3D Data for Nuke 6..3v7 (*.fbx)'")
        return
    eq(q)
    return


def eq(q):
    selectedNode = False
    if b.nodesSelected():
        selectedNode = b.selectedNode()
    P = cQ(q)
    br = cR(q)
    bs = b.createNode('Scene')
    bt = b.createNode('ScanlineRender')
    aF = b.createNode('TransformGeo')
    aq = b.createNode('Axis2')
    bs.setInput(0, aF)
    bs.setInput(1, P)
    aF.setInput(0, br)
    aF.setInput(1, aq)
    P.setInput(0, aq)
    bt.setInput(1, bs)
    bt.setInput(2, P)
    aG = gA()
    if selectedNode:
        bt.setInput(0, selectedNode)
        aG.placeNodeRelativeToNode(P, selectedNode, 2, 0)
    aG.placeNodeRelativeToNode(bs, P, -1, 0)
    aG.placeNodeRelativeToNode(bt, P, -1, 1)
    aG.placeNodeRelativeToNode(aF, P, -1, -1)
    aG.placeNodeRelativeToNode(aq, P, 0, -1)
    aG.placeNodeRelativeToNode(br, P, -2, -1)
    br.setName('PointCloud')
    aq['label'].setValue('OrientWorld')
    br['help'].setValue(
        'renders the point cloud imported from the mocha camera track. Each tracked layer contributes 5 points (four corners + center of surface rectangle)')
    P['help'].setValue('camera imported from mocha camera track')
    aq['help'].setValue(
        'use this node to orient the camera track in your scene as desired (e.g. make the ground plane horizontal etc...)')
    aF['help'].setValue('applies your world transformations from node ' + aq.name() + ' to the point cloud')
    cU = [P, br, bs, bt, aF, aq]
    cP(P)
    for node in cU:
        node.setSelected(True)

    er = gJ()
    er['label'].setValue('camera rig')
    cU.append(er)
    for node in cU:
        node.hideControlPanel()


def gH(path):
    filename = al.path.basename(path)
    aK = filename + '\nMochaImport+'
    return aK


def gJ():
    aH = b.selectedNodes()
    if not aH:
        return b.nodes.BackdropNode(tile_color=int('%02x%02x%02x%02x' % (232.05, 145.095, 0, 255), 16),
                                    note_font_color=4294967040, note_font_size=36, name='MochaImport+')
    cV = min([node.xpos() for node in aH])
    cW = min([node.ypos() for node in aH])
    es = max([node.xpos() + node.screenWidth() for node in aH]) - cV
    et = max([node.ypos() + node.screenHeight() for node in aH]) - cW
    eu, ev, gK, gL = (-10, -80, 10, 10)
    cV += eu
    cW += ev
    es += gK - eu
    et += gL - ev
    n = b.nodes.BackdropNode(xpos=cV, bdwidth=es, ypos=cW, bdheight=et,
                             tile_color=int('%02x%02x%02x%02x' % (232.05, 145.095, 0, 255), 16),
                             note_font_color=4294967040, note_font_size=36, name='MochaImport+')
    n['selected'].setValue(True)
    for node in aH:
        node['selected'].setValue(True)

    return n


import nuke as b
import os as al


def cX(cb):
    """
    recursively return all nodes starting at topLevel. Default topLevel is nuke.root()
    """
    allNodes = b.allNodes(group=cb)
    for n in allNodes:
        allNodes = allNodes + cX(n)

    return allNodes


def ew(node):
    """
    Return a dictionary of the nodes and pipes that are connected to node
    """
    cY = {}
    gM = node.dependent(b.INPUTS | b.HIDDEN_INPUTS)
    for p in gM:
        cY[p] = []
        for c in range(p.inputs()):
            if p.input(c) == node:
                cY[p].append(c)

    return cY


def gN(node):
    """
    return True if node is gizmo
    """
    return 'gizmo_file' in node.knobs()


def cZ(r):
    """Check if gizmo is in default install path"""
    da = al.path.dirname(b.EXE_PATH)
    ex = r.filename()
    gO = set(da.split('/'))
    gP = set(ex.split('/'))
    gP.issubset(gO)
    cZ = al.path.commonprefix([da, ex]) == da
    return cZ


def gQ(n):
    """
    return n's parent node, return nuke.root()n is on the top level
    """
    return b.toNode('.'.join(n.fullName().split('.')[:-1])) or b.root()


def db(r):
    """
    copy gizmo to group and replace it in the tree, so all inputs and outputs use the new group.
    returns the new group node
    """
    ey = gQ(r)
    gR = b.tcl(
        'global no_gizmo; set no_gizmo 1; in %s {%s -New} ; return [value [stack 0].name]' % (ey.fullName(), r.Class()))
    group = b.toNode('.'.join((ey.fullName(), gR)))
    group.setSelected(False)
    if ew(r):
        for node, gS in ew(r).iteritems():
            for c in gS:
                node.setInput(c, group)

    for c in range(r.inputs()):
        group.setInput(c, r.input(c))

    group.setXYpos(r.xpos(), r.ypos())
    group.readKnobs(r.writeKnobs(b.TO_SCRIPT))
    b.delete(r)
    return group


def ho(cb=b.root(), gT=False):
    for n in cX(cb):
        n.setSelected(False)

    for n in cX(cb):
        try:
            if gN(n):
                if not cZ(n):
                    db(n)
                elif not gT:
                    db(n)
        except ValueError:
            pass


def gU(r):
    return dc(r)


def gV(gW):
    return dc(gW)


def gX(gY):
    return dc(gY)


def dc(r):
    for gZ in b.allNodes():
        gZ.knob('selected').setValue(False)

    ha = r.knob('name').value()
    hb = r.knob('tile_color').value()
    group = db(r)
    group.knob('name').setValue(ha)
    group.knob('tile_color').setValue(hb)
    return group


cc = True


class MiUnsupportedNodeTypeError(Exception):
    def __init__(a, value):
        a.value = value

    def __str__(a):
        return repr(a.value)


def createStabilizedView():
    """Creates a Stabilized View Rig

    :returns: nothing
    """
    global cc
    y = b.createNode('StartStabilized')
    dd = b.createNode('Dot', '', False)
    de = b.createNode('Dot', '', False)
    w = b.createNode('EndStabilized')
    if cc:
        y = gV(y)
        w = gX(w)
    y['tile_color'].setValue(int('%02x%02x%02x%02x' % (232.05, 145.095, 0, 255), 16))
    w['tile_color'].setValue(int('%02x%02x%02x%02x' % (232.05, 145.095, 0, 255), 16))
    w.connectInput(2, y)
    stabilizedPrecompNode___connectPrecompNodes(y, w)
    cd = 250
    df = 250
    ez = 50
    eA = 7
    cP(dd)
    de.setSelected(True)
    eB = b.nodes.BackdropNode(xpos=y.xpos() + cd / 2, bdwidth=cd * 1.5, ypos=y.ypos() - ez, bdheight=df + 2 * ez,
                              tile_color=int('%02x%02x%02x%02x' % (232.05, 145.095, 0, 255), 16),
                              note_font_color=4294967040, note_font_size=36, name='MochaImport+')
    eB['label'].setValue('Stabilized View+')
    dd.setXpos(y.xpos() + cd)
    dd.setYpos(y.ypos() + eA)
    de.setXpos(y.xpos() + cd)
    de.setYpos(y.ypos() + df + eA)
    w.setXpos(y.xpos())
    w.setYpos(y.ypos() + df)
    eB['help'].setValue(
        "\n<h2>Basic Usage of Stabilized View Rig</h2>\n<ol>\n<li>From the MochaImport+ menu, create the stabilized view rig consisting of the StartStabilized node, the EndStabilized node, and the Stabilized View Backdrop.</li>\n<li>Load your mocha tracking data in the StartStabilized node.\n</li><li>Do arbitrary manipulations in the Stabilized View by inserting new nodes inside the backdrop. All changes you do there in a stabilized setting will also be visible in your original perspective after the EndStabilized node.</li>\n</ol>\n\n<h2>Lens Distortion</h2>\n<p>If you've used the mocha Lens module to analyze the lens distortion of your clip, you need to do the following things to get an undistorted stabilized view and reapply the lens distortion to the final result:\n</p><ul>\n<li>make sure the mocha corner pin data you load into the StartStabilized node is exported from mocha Pro with the option 'Remove lens distortion'</li>\n<li>as UndistMap input of the StartStabilized node use a Distortion Map Clip (ST Map) exported with the mocha Pro lens module with option 'undistort'.</li>\n<li>as DistMap input of the EndStabilized node use a Distortion Map Clip (ST Map) exported with the mocha Pro lens module with option 'distort'.</li>\n</ul>".replace(
            '\n', '').replace('\r', ''))


def createCornerPin():
    """Creates a CornerPin with Lens Distortion node

    By default, a CornerPin with Lens Distortion is a group node. If mochaimport___setUseGizmos(True) has been called before,
    it will be a gizmo instead of a group.

    :returns: the created node
    """
    i = b.createNode('CornerPinMI')
    i['tile_color'].setValue(int('%02x%02x%02x%02x' % (232.05, 145.095, 0, 255), 16))
    if cc:
        i = gU(i)
    return i


def createTracker3Node():
    """Creates a Tracker+ (old) node

    A Tracker+ (old) node is a Tracker3 node that is extended with the ability to load mocha tracking data
    :returns: the created node
    """
    return fQ()


def createTracker4Node():
    """Creates a Tracker+ node

    A Tracker+ node is a Tracker4 node that is extended with the ability to load mocha tracking data
    :returns: the created node
    """
    return fR()


def createTransformNodeMI():
    gj()


def createRotoPaintNodeMI():
    """Creates a RotoPaint+ node

    A RotoPaint+ node is a RotoPaint node that is extended with the ability to load mocha tracking data
    :returns: the created node
    """
    return gr()


def createRotoNodeMI():
    """Creates a Roto+ node

    A Roto+ node is a Roto node that is extended with the ability to load mocha tracking data
    :returns: the created node
    """
    return gs()


def createGridWarpNodeMI():
    """Creates a GridWarp+ node

    A GridWarp+ node is a GridWarp3 node that is extended with the ability to load mocha tracking data
    :returns: the created node
    """
    return gy()


def createSplineWarpNodeMI():
    """Creates a SplineWarp+ node

     A SplineWarp+ node is a SplineWarp3 node that is extended with the ability to load mocha tracking data
    :returns: the created node
    """
    return gt()


def createCameraAndPointCloud(mochaFbxFilePath=None):
    """Creates a camera node and a point cloud node for a fbx file exported from mocha

    The function sets all options of the two nodes to interpret the fbx file from mocha properly.
    If None is given as mochaFbxFilePath, the function shows a open file dialog to choose an fbx file.
    """
    if mochaFbxFilePath == None:
        gG()
    else:
        cQ(mochaFbxFilePath)
        cR(mochaFbxFilePath)
    return


def createCameraRig(mochaFbxFilePath=None):
    """Creates a mocha camera rig for a fbx file exported from mocha

    If None is given as mochaFbxFilePath, the function shows a open file dialog to choose an fbx file
    """
    if mochaFbxFilePath == None:
        gI()
    else:
        eq(mochaFbxFilePath)
    return


def hp():
    return dp('MochaImport+', 'mochaimportnuke', '743985')


def showSettings():
    """Shows the settings dialog of MochaImport+"""
    cq = dz()
    cq.abag()


def setUseGizmos(value=True):
    """Force MochaImport+ to use gizmos instead of groups for stabilized views and corner pins.

    Note that this breaks compatibility with machines where MochaImport+ is not installed.
    """
    global cc
    cc = not value


def applyMochaDataToNode(node, cornerpinData, referenceFrame=1, layerIndex=0):
    """Applies mocha cornerpin data to a node

        the node can have any of the node types supported by MochaImport+.

        :param node: the node to which the mocha tracking data should be applied
        :param cornerpinData: mocha corner pin data represented as a string
        :param referenceFrame: at which frame the moved object should be unchanged (only for the node types that have this control in their MochaImport+ tab)
        :param layerIndex: to which layer of the node the trackingdata is applied (optional, only for Roto, RotoPaint and SplineWarp nodes)
    """
    hc = [
        'Transform', 'Tracker3', 'Tracker4', 'Group', 'GridWarp3', 'SplineWarp3', 'Roto', 'RotoPaint', 'CornerPinMI',
        'StartStabilized']
    if node.Class() not in hc:
        raise MiUnsupportedNodeTypeError('cannot apply mocha tracking data to node of class: ' + node.Class())
    if node.Class() == 'Group' and (
                    node.knob('pin1') == None or node.knob('pin2') == None or node.knob('pin3') == None or node.knob(
            'pin4') == None):
        raise MiUnsupportedNodeTypeError(
            "Can only apply tracking data to groups, if they have the knobs 'pin1', 'pin2', 'pin3' and 'pin4'")
    d = bz(cornerpinData)
    if node.Class() == 'Transform':
        u = bV(d)
        cH(node, u)
    elif node.Class() == 'Tracker3':
        cx(node, d)
    elif node.Class() == 'Tracker4':
        cA(node, d)
    elif node.Class() in ('Group', 'CornerPinMI', 'StartStabilized'):
        dg(d, node['pin1'], node['pin2'], node['pin3'], node['pin4'])
    elif node.Class() == 'GridWarp3':
        bp = cu(d, referenceFrame)
        bp.applyToArrayKnob(node['source_grid_transform_matrix'])
    elif node.Class() in ('SplineWarp3', 'Roto', 'RotoPaint'):
        cM(node, d, layerIndex, referenceFrame)
    return


def hq():
    eC = 'corner pin'
    hd = 'apply distortion'
    he = 'distortion map'
    i = b.nodes.CornerPin2D(name=eC)
    ce = b.nodes.STMap(name=hd, disable=True)
    eD = b.nodes.Read(name=he)
    if b.nodesSelected():
        eE = b.selectedNode()
        fJ(eE, ce)
        i.setInput(0, eE)
    ce.setInput(0, i)
    ce.setInput(1, eD)
    cP(i)
    ce.setSelected(True)
    eD.setSelected(True)
    aI = b.collapseToGroup()
    aI.setName('corner pin MI')
    i = aI.node(eC)
    eM(aI)
    aI.addKnob(b.Text_Knob('divName', '', ''))
    eN(i, aI)
    i['to1'].setExpression('parent.pin1.x(t+parent.pinTimeOffset)', 0)
    i['to1'].setExpression('parent.pin1.y(t+parent.pinTimeOffset)', 1)
    i['to2'].setExpression('parent.pin2.x(t+parent.pinTimeOffset)', 0)
    i['to2'].setExpression('parent.pin2.y(t+parent.pinTimeOffset)', 1)
    i['to3'].setExpression('parent.pin3.x(t+parent.pinTimeOffset)', 0)
    i['to3'].setExpression('parent.pin3.y(t+parent.pinTimeOffset)', 1)
    i['to4'].setExpression('parent.pin4.x(t+parent.pinTimeOffset)', 0)
    i['to4'].setExpression('parent.pin4.y(t+parent.pinTimeOffset)', 1)
    fK(aI)
